From laforge at gnumonks.org  Mon Jan  3 22:17:01 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Mon, 3 Jan 2011 23:17:01 +0100
Subject: [Tetra] code for the tetra MAC layer
Message-ID: <20110103221701.GS20181@prithivi.gnumonks.org>

Hi,

I've started to implement the TETRA TMO MAC layer, i.e.  the part that takes
MAC blocks from higher layers and applies CRC, FEC, interleaving and scrambling
before finally handing the bits to the DQPSK-modulator.

The code can now generate a (hopefully valid) to-be-modulated bit pattern
for a 'continuous downlink synchronization burst', i.e. what corresponds to
the 'SCH+FCCH+BCCH' in GSM.

You can find the code (including a small README) at:
	gitosis at git.osmocom.org:tetra-misc.git
in the 'src' directory.

If you don't yet have git access, feel free to mail me your sshv2 key.

What's missing:
* CRC16-CCITT to be computed over odd number of bits like 60 or 124
  (all common implementations assume you encode integral # of bytes) [zecke]
* decoding:
  * decoder for the RM(30,14) code [zecke]
  * soft-input/soft-decision viterbi for the RCPC code
  * synchronizer, able to detect synchro and normal training sequence [laforge]

Once those tasks are completed, we can not only generate simulated burst bit
patterns, but also decode them - which should be a good start for the time
when Hopscotch' demodulator will spit out some real received bitstream.

Regards,
	Harald
-- 
- Harald Welte <laforge at gnumonks.org>           http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)



From laforge at gnumonks.org  Tue Jan  4 19:58:45 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Tue, 4 Jan 2011 20:58:45 +0100
Subject: [Tetra] TETRA Demodulation
In-Reply-To: <4d23800c.mirider@mirider.augusta.de>
References: <4d23800c.mirider@mirider.augusta.de>
Message-ID: <20110104195845.GB26818@prithivi.gnumonks.org>

(we have a mailinglist and we should use it... and write in english for
sylvain's benefit)

On Tue, Jan 04, 2011 at 08:16:12PM +0000, Dieter Spaar wrote:
> Kleine Korrektur:
> 
> Das Muster im vorherigen Bild ist natuerlich drei Bursts mit
> "Frequency Correction Field" und dann einer ohne, das koennte
> eventuell etwas mit dem Frame bestehend aus vier Slots zu
> tun haben.

The tdma multiplex of TETRA is unfortunately much more complicated than in GSM.
I only really understood it earlier today while reading a textbook, from the
specs it is very difficult to understand.

The Frequency Correction Field is only present in the sync bursts (SB), which
in turn are only (required to be) sent in Frame number 18 , but not on every
multiframe.  Interestingly, the SB is also present in _every_ timeslot, but not
in every Frame 18 of every TS.

The formula for the Timeslot Number is "4-(MN+1)mod4", it is indicated in Table
9.25 in Chapter 9.5.1


From holger at freyther.de  Wed Jan  5 00:59:47 2011
From: holger at freyther.de (Holger Hans Peter Freyther)
Date: Wed, 05 Jan 2011 01:59:47 +0100
Subject: [Tetra] code for the tetra MAC layer
In-Reply-To: <20110103221701.GS20181@prithivi.gnumonks.org>
References: <20110103221701.GS20181@prithivi.gnumonks.org>
Message-ID: <4D23C283.6050004@freyther.de>


> What's missing:
> * CRC16-CCITT to be computed over odd number of bits like 60 or 124
>   (all common implementations assume you encode integral # of bytes) [zecke]

Besides feeling stupid. I am done with this.


> * decoding:
>   * decoder for the RM(30,14) code [zecke]

I am on this now. I also have my Check Matrix but there is another way to
decide how to correct the error but my books are not very clear on that... I
think I will complete this tomorrow.


>   * soft-input/soft-decision viterbi for the RCPC code

I assume you are on this now. Should I go for code to decode sysinfo/sync_pdu
based on type3 bits?


>   * synchronizer, able to detect synchro and normal training sequence [laforge]
> 
> Once those tasks are completed, we can not only generate simulated burst bit
> patterns, but also decode them - which should be a good start for the time
> when Hopscotch' demodulator will spit out some real received bitstream.



From laforge at gnumonks.org  Wed Jan  5 19:37:54 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Wed, 5 Jan 2011 20:37:54 +0100
Subject: [Tetra] burst detection/synchronization
In-Reply-To: <20110104195845.GB26818@prithivi.gnumonks.org>
References: <4d23800c.mirider@mirider.augusta.de>
	<20110104195845.GB26818@prithivi.gnumonks.org>
Message-ID: <20110105193754.GQ30052@prithivi.gnumonks.org>

Hi all,

based on the output that Dieters' demodulator from the OP25 project,
I have now written some (simplistic) code to detect the Synchronization
and normal burst training sequences and to split the received bitstream into
bursts.

Based on the samples that I took here in Berlin some time ago, we get 724
bursts, all of them seem to have excellent training sequences - despite still
using hard bits.

The received bursts are split into their BLK1/BLK2/BBK components.  However,
as we don't yet have a viterbi decoder for the RCPC convolutional code,
we cannot recover the actual Layer2 PDUs yet.

The code is now in git, the README has been extended a bit to reflect the
current state.

-- 
- Harald Welte <laforge at gnumonks.org>           http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)



From laforge at gnumonks.org  Wed Jan  5 22:55:45 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Wed, 5 Jan 2011 23:55:45 +0100
Subject: [Tetra] Viterbi
Message-ID: <20110105225545.GR30052@prithivi.gnumonks.org>

Hi all,

I managed to modify the viterbi code from C-CODE/SUB_DC.C in the ZIP
file from the 300 395-2  spec.  It implements a different mother code
(i.e. the voice code which is a rate 1/3 code, whereas signalling uses
 a rate 1/4 mother code).

So far I am not really getting much out of it.  Sometimes some parts of the
bursts make sense (like the 0/1/2/3/0/1/2/3/... sequence of frame numbers),
but stuff like MCC/MNC gives completely bogus values.

I'm too tired now to continue, will look at it again tomorrow.  But I think
we're close.

I will commit the code as soon as something is working at all.

My next attempt is to try to run this viterbi against bursts that I generate
using my code.  If that works, then we must be doing something wrong in the
lower steps (de-interleaving, de-puncturing).

Regards,
	Harald

-- 
- Harald Welte <laforge at gnumonks.org>           http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)



From laforge at gnumonks.org  Thu Jan  6 17:01:50 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Thu, 6 Jan 2011 18:01:50 +0100
Subject: [Tetra] Finally: Viterbi Decoding now working
Message-ID: <20110106170150.GH30052@prithivi.gnumonks.org>

Hi!

As it turns out, my fibonacci and galois form of the scrambler
do not generate the same bit pattern.  I originally tested and
verified they produce identical results - but apparently they don't.

We now have successful decoding of all the SYNC bursts in the sample
capture, as you can see from the attachment.

Whenever there's a gap in the decoded FN, this is due to a NORMAL burst being
transmitted instead.  The normal burst does not carry the timeslot/framenumber
information and we need to count ourselves in the gaps in between.

I am already computing the scrambling sequence init value from the
MCC/MNC/CC that we receive in the SYNC burst, and de-scramble the BBK
and BLK2 of the SYNC burst.  However, the viterbi has not been adapted
yet to the encoding of those bursts (it's not much).

I'll update you once we can decode more...

-- 
- Harald Welte <laforge at gnumonks.org>           http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)
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CC 000010(0x02) TN 11(3) FN 01101(13) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01110(14) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01110(14) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01110(14) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01111(15) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01111(15) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01111(15) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 10000(16) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 10000(16) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 10000(16) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 10001(17) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 10001(17) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 10001(17) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 00(0) FN 10010(18) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 10010(18) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 10010(18) MN 010110(22) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00001( 1) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00001( 1) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00001( 1) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00010( 2) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00010( 2) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00010( 2) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00011( 3) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00011( 3) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00011( 3) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00100( 4) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00100( 4) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00100( 4) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00101( 5) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00101( 5) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00101( 5) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00110( 6) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00110( 6) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00110( 6) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00111( 7) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00111( 7) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00111( 7) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01000( 8) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01000( 8) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01000( 8) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01001( 9) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01001( 9) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01001( 9) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01010(10) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01010(10) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01010(10) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01011(11) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01011(11) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01011(11) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01100(12) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01100(12) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01100(12) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01101(13) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01101(13) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01101(13) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01110(14) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01110(14) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01110(14) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01111(15) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01111(15) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01111(15) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 10000(16) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 10000(16) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 10000(16) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 10001(17) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 10001(17) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 10001(17) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 10010(18) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 10010(18) MN 010111(23) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00001( 1) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00001( 1) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00001( 1) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00010( 2) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00010( 2) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00010( 2) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00011( 3) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00011( 3) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00011( 3) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00100( 4) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00100( 4) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00100( 4) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00101( 5) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00101( 5) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00101( 5) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00110( 6) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00110( 6) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00110( 6) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00111( 7) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00111( 7) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00111( 7) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01000( 8) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01000( 8) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01000( 8) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01001( 9) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01001( 9) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01001( 9) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01010(10) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01010(10) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01010(10) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01011(11) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01011(11) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01011(11) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01100(12) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01100(12) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01100(12) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01101(13) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01101(13) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01101(13) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01110(14) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01110(14) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01110(14) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 01111(15) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 01111(15) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 01111(15) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 10000(16) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 10000(16) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 10000(16) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 10001(17) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 10001(17) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 10001(17) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 10010(18) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 10010(18) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 10010(18) MN 011000(24) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00001( 1) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00001( 1) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00001( 1) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00010( 2) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00010( 2) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00010( 2) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00011( 3) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00011( 3) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 11(3) FN 00011( 3) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 01(1) FN 00100( 4) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
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CC 000010(0x02) TN 10(2) FN 00100( 4) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00100( 4) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00101( 5) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00101( 5) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00101( 5) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00110( 6) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00110( 6) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00110( 6) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00111( 7) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00111( 7) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00111( 7) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01000( 8) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01000( 8) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01000( 8) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01001( 9) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01001( 9) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01001( 9) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01010(10) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01010(10) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01010(10) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01011(11) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01011(11) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01011(11) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01100(12) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01100(12) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01100(12) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01101(13) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01101(13) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01101(13) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01110(14) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01110(14) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01110(14) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01111(15) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01111(15) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01111(15) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 10000(16) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 10000(16) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 10000(16) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 10001(17) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 10001(17) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 10001(17) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 10010(18) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 10010(18) MN 011001(25) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00001( 1) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00001( 1) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00001( 1) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00010( 2) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00010( 2) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00010( 2) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00011( 3) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00011( 3) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00011( 3) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00100( 4) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00100( 4) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00100( 4) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00101( 5) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00101( 5) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00101( 5) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00110( 6) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00110( 6) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00110( 6) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00111( 7) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00111( 7) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00111( 7) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01000( 8) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01000( 8) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01000( 8) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01001( 9) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01001( 9) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01001( 9) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01010(10) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01010(10) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01010(10) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01011(11) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01011(11) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01011(11) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01100(12) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01100(12) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01100(12) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01101(13) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01101(13) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01101(13) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01110(14) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01110(14) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01110(14) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01111(15) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01111(15) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01111(15) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 10000(16) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 10000(16) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 10000(16) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 10001(17) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 10001(17) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 10001(17) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 00(0) FN 10010(18) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 01(1) FN 10010(18) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 11(3) FN 10010(18) MN 011010(26) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00001( 1) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00001( 1) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00001( 1) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00010( 2) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00010( 2) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 00010( 2) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00011( 3) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 00011( 3) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 00011( 3) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00100( 4) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 00100( 4) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00100( 4) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00101( 5) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 00101( 5) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 00101( 5) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00110( 6) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 00110( 6) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 00110( 6) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00111( 7) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00111( 7) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00111( 7) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01000( 8) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01000( 8) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01000( 8) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01001( 9) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01001( 9) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01001( 9) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01010(10) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01010(10) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01010(10) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01011(11) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01011(11) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01011(11) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01100(12) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01100(12) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 01100(12) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01101(13) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01101(13) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01101(13) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01110(14) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01110(14) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01110(14) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01111(15) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01111(15) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01111(15) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 10000(16) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 10000(16) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 10000(16) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 10001(17) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 10001(17) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 10001(17) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 10(2) FN 10010(18) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 10010(18) MN 011011(27) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00001( 1) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00001( 1) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00001( 1) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00010( 2) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00010( 2) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00010( 2) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00011( 3) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00011( 3) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00011( 3) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00100( 4) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00100( 4) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00100( 4) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00101( 5) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00101( 5) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00101( 5) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00110( 6) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00110( 6) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00110( 6) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00111( 7) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00111( 7) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00111( 7) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01000( 8) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01000( 8) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01000( 8) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01001( 9) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01001( 9) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01001( 9) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01010(10) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01010(10) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01010(10) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01011(11) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01011(11) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01011(11) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01100(12) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01100(12) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01100(12) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01101(13) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01101(13) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01101(13) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01110(14) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01110(14) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01110(14) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01111(15) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01111(15) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01111(15) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 10000(16) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 10000(16) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 10000(16) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 10001(17) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 10001(17) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 10001(17) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 10010(18) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 10010(18) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 10010(18) MN 011100(28) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00001( 1) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00001( 1) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00001( 1) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00010( 2) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00010( 2) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00010( 2) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00011( 3) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 00011( 3) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00011( 3) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00100( 4) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00100( 4) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00100( 4) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00101( 5) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 00101( 5) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00101( 5) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00110( 6) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00110( 6) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 00110( 6) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00111( 7) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00111( 7) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00111( 7) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01000( 8) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01000( 8) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01000( 8) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01001( 9) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01001( 9) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01001( 9) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01010(10) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01010(10) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01010(10) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 01011(11) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01011(11) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01011(11) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01100(12) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01100(12) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 01100(12) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01101(13) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01101(13) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 01101(13) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01110(14) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01110(14) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01110(14) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01111(15) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 01111(15) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01111(15) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 10000(16) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 10000(16) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 10000(16) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 10001(17) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 10001(17) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 10001(17) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 10010(18) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 10010(18) MN 011101(29) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
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CC 000010(0x02) TN 01(1) FN 00001( 1) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 10(2) FN 00001( 1) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00001( 1) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00010( 2) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 00010( 2) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 00010( 2) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00011( 3) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 00011( 3) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 00011( 3) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00100( 4) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 00100( 4) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 00100( 4) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00101( 5) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 00101( 5) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 00101( 5) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00110( 6) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 00110( 6) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 00110( 6) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00111( 7) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 00111( 7) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 00111( 7) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01000( 8) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01000( 8) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 01000( 8) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01001( 9) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01001( 9) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
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CC 000010(0x02) TN 11(3) FN 01001( 9) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01010(10) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01010(10) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 01010(10) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01011(11) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01011(11) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 01011(11) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01100(12) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01100(12) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 01100(12) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01101(13) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01101(13) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 01101(13) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
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SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01110(14) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01110(14) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 01110(14) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 01111(15) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 01111(15) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 01111(15) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 10000(16) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 10000(16) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 10000(16) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 10001(17) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 10001(17) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 10001(17) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 00(0) FN 10010(18) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 10010(18) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 10010(18) MN 011110(30) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
NORMAL DOWNLINK
NORMAL DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 01(1) FN 00001( 1) MN 011111(31) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 10(2) FN 00001( 1) MN 011111(31) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK
SYNC DOWNLINK
CC 000010(0x02) TN 11(3) FN 00001( 1) MN 011111(31) MCC 0100000110(262) MNC 00001111101001(1001)
SYNC DOWNLINK

From laforge at gnumonks.org  Fri Jan  7 11:36:42 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Fri, 7 Jan 2011 12:36:42 +0100
Subject: [Tetra] current status / scrambling
Message-ID: <20110107113642.GQ30052@prithivi.gnumonks.org>

Hi all,

in TETRA, the only part of the signal that is transmitted with a well-known
scrambling code is the BSCH in the SB1 (first half of the downlink SYNC block).
We can finally decode that since yesterday and get proper MCC/MNC and TDMA time
information.

The colour code + MNC + MCC is used as the scrambling sequence for all other
messages of the cell, specifically also the BNCH containing the SYSINFO
messages.

I've recently added code to indicate when a BNCH block is to follow, but the
de-scrambled type-2 bits do not look plausible at all.

So there's most likely still some problem with the de-scrambling.  The
de-interleaving, de-puncturing and viterbi decoder are the same code (even
with different parameters), so I don't think that there are likely problems
caused by them.

Regards,
	Harald
-- 
- Harald Welte <laforge at gnumonks.org>           http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)



From laforge at gnumonks.org  Fri Jan  7 11:32:36 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Fri, 7 Jan 2011 12:32:36 +0100
Subject: [Tetra] Before we get into writing wireshark dissectors...
Message-ID: <20110107113236.GP30052@prithivi.gnumonks.org>

It seems somebody has already done it:
http://ieeexplore.ieee.org/xpl/freeabs_all.jsp?arnumber=5355672

I have contacted the authors of the paper and asked them if they have ever
released the source code or send me a copy of it.  This would definitely
speed things up.

I really have no intention (or time) to write a full wireshark dissector for
the entire protocol stack.  Too many other interesting projects :/

So lets hope they will release their code...

-- 
- Harald Welte <laforge at gnumonks.org>           http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)



From laforge at gnumonks.org  Fri Jan  7 12:06:00 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Fri, 7 Jan 2011 13:06:00 +0100
Subject: [Tetra] current status / scrambling
In-Reply-To: <20110107113642.GQ30052@prithivi.gnumonks.org>
References: <20110107113642.GQ30052@prithivi.gnumonks.org>
Message-ID: <20110107120600.GR30052@prithivi.gnumonks.org>

> I've recently added code to indicate when a BNCH block is to follow, but the
> de-scrambled type-2 bits do not look plausible at all.

I've fixed the scrambling sequence computation now.  And as zecke has
found out how they really use the CRC, we now get correct CRC on most of our
frames.  Those that don't are probably speech frames that of course don't
have a CRC...

So we now get the BNCH / SYSINFO PDU as well as some MAC-RESOURCE PDUs from
SB2 and NDB bursts.

-- 
- Harald Welte <laforge at gnumonks.org>           http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)



From holger at freyther.de  Fri Jan  7 13:50:05 2011
From: holger at freyther.de (Holger Hans Peter Freyther)
Date: Fri, 07 Jan 2011 14:50:05 +0100
Subject: [Tetra] current status / scrambling
In-Reply-To: <20110107120600.GR30052@prithivi.gnumonks.org>
References: <20110107113642.GQ30052@prithivi.gnumonks.org>
	<20110107120600.GR30052@prithivi.gnumonks.org>
Message-ID: <4D271A0D.4030004@freyther.de>

On 01/07/2011 01:06 PM, Harald Welte wrote:

> I've fixed the scrambling sequence computation now.  And as zecke has
> found out how they really use the CRC, we now get correct CRC on most of our
> frames.  Those that don't are probably speech frames that of course don't
> have a CRC...

Yeah, pretty embarassing how hard it is to fill the gap from the math class I
had to really using it... :}



From laforge at gnumonks.org  Sat Jan  8 18:16:24 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Sat, 8 Jan 2011 19:16:24 +0100
Subject: [Tetra] Update on TETRA progress, TODO list
Message-ID: <20110108181624.GB32270@prithivi.gnumonks.org>

Hi all,

we're making great progress! Today I've added support for the SCH/F dedicated
signalling channel (where blocks 1+2 of each burst are combined). This,
plus fixing some other bugs now results in CRC=OK on all of the frames in my
captures, i.e. we can assume that the PHY and lower MAC layers are working
as expected now.

I've also added code to display MAC-ACCESS_ASSIGN, MAC-RESOURCE and some
other PDUs.  We can now see that there are unencrypted MM LOCATION UPDATE
ACCEPT messages even on the BDBOS network, and in some commercial TETRA
networks we have already discovered no encryption being used.

The next step would probably be to use the ACELP reference codec and 
use that for all TCH frames.  Luckily, the 'Downlink usage' field of the ACCH
(ACCESS-ASSIGN) even tells us if a frame is SCH/F (assigned control)
or TCH (traffic).

However, after more than a week of intense TETRA related hacking, I really have
to get to some more serious (paid) work now, and I don't expect to find much
time again before the end of the month.

So feel free to improve the code as you see fit.  I'll be watching your
progress.

Zecke is currently looking into integrating the float_to_bits conversion
as a gnuradio functional block, together with improving it, i.e.
 * dynamically calculate the 'offset' that is currently hardcoded at 0.3f
 * generate soft-bits as int8_t, i.e. +127 == very likely to be a 1,
   -127 == very likely to be a 0

Other TODO items:
* Make sure the de-scrambling will work with the int8_t soft-bits
* Actually check if the RM30,14 code produces a correct checksum for AACH
* remove lots of superfluous memcpy's all over the place
* introduce logging levels/subsystems, use libosmocore/logging
* optimize the viterbi decoder (and its primitives)
* modify the viterbi to directly use arrays of uint8_t so we can seave
  the copying from 8->16 and back from 16->8
* dump the TCH/F speech frames and try to play them back using the reference
  ACELP codec (as indicated above)

If you work on something, simply let the mailing list know so we can avoid
duplicate work.

Regards,
	Harald
-- 
- Harald Welte <laforge at gnumonks.org>           http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)



From 246tnt at gmail.com  Sat Jan  8 18:22:24 2011
From: 246tnt at gmail.com (Sylvain Munaut)
Date: Sat, 8 Jan 2011 19:22:24 +0100
Subject: [Tetra] Update on TETRA progress, TODO list
In-Reply-To: <20110108181624.GB32270@prithivi.gnumonks.org>
References: <20110108181624.GB32270@prithivi.gnumonks.org>
Message-ID: <AANLkTi=D9G=eWddSEpbU8CqWMjFu1dj5WsusEU16i0yD@mail.gmail.com>

> * optimize the viterbi decoder (and its primitives)
> * modify the viterbi to directly use arrays of uint8_t so we can seave
> ?the copying from 8->16 and back from 16->8

I'm working right now on viterbi.

It's not specifically for TETRA but the generator will be able to
generate code for any convolutional coder polynoms of rate 1/n (or
derived from a 1/n code via puncturing).

I already have code for a hard decision viterbi. (input being uint8_t
[0 or 1] and outputing the same). I also have some preliminary code
for soft input -> hard output (which seems to indeed work better if
you have real soft input. Like for punctured input you input 0.5f and
it doesn't bias it). Still working on soft output.


Cheers,

    Sylvain


From laforge at gnumonks.org  Sat Jan  8 18:37:10 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Sat, 8 Jan 2011 19:37:10 +0100
Subject: [Tetra] repository with tetra traces
Message-ID: <20110108183710.GC32270@prithivi.gnumonks.org>

Hi!

I have uploaded a number of tetra data files to a password-protected rsync
repository:

you can access it using "rsync -azv tetra at osmocom.org::tetra/data ."
using the password "Xo4ried5" (please use -z option to compress the
transmission, as the files in the repo are uncompressed)

*.cfile 	raw complex samples recordings, need tetra_demod.py
*.float		output files of demodulator, 1 float per symbol
*.bits		output of float_to_bits (1 bit-per-byte format)

If you want to contribute traces, feel free to upload them, preferrably
both the cfile and the bits... there's no need for the .float files.

please create one new directory for every trace or class of traces you
upload. A small README file is appreciated in order to explain what those
traces are.

Due to the sensitive nature of the data, pleaes keep access to the repository
private.  Thanks for your understanding.

btw: The entire project is not released yet.  While I have made it public
that we're working on TETRA, I would not want the current code released -
last but not least since we're using a viterbi implementation that is under
unclear license terms as it is derived from the ACELP refernence codec.

Once somebody has replaced the viterbi with a new implementation and we have
cleaned up the code, I don't really see why we would not release it publicly.

Regards,	
	Harald
-- 
- Harald Welte <laforge at gnumonks.org>           http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)



From laforge at gnumonks.org  Sat Jan  8 20:36:23 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Sat, 8 Jan 2011 21:36:23 +0100
Subject: [Tetra] Update on TETRA progress, TODO list
In-Reply-To: <AANLkTi=D9G=eWddSEpbU8CqWMjFu1dj5WsusEU16i0yD@mail.gmail.com>
References: <20110108181624.GB32270@prithivi.gnumonks.org>
	<AANLkTi=D9G=eWddSEpbU8CqWMjFu1dj5WsusEU16i0yD@mail.gmail.com>
Message-ID: <20110108203623.GD32270@prithivi.gnumonks.org>

Hi Sylvain,

On Sat, Jan 08, 2011 at 07:22:24PM +0100, Sylvain Munaut wrote:

> > * optimize the viterbi decoder (and its primitives)
> > * modify the viterbi to directly use arrays of uint8_t so we can seave
> > ?the copying from 8->16 and back from 16->8
> 
> I'm working right now on viterbi.

cool, thanks for taking care of it.

> It's not specifically for TETRA but the generator will be able to
> generate code for any convolutional coder polynoms of rate 1/n (or
> derived from a 1/n code via puncturing).

even more cool :)

> I already have code for a hard decision viterbi. (input being uint8_t
> [0 or 1] and outputing the same). 

this is great, and it would already work as a drop-in replacement for
the current viterbi.c implementation we use

> I also have some preliminary code
> for soft input -> hard output (which seems to indeed work better if
> you have real soft input. 

This is also great.

> Like for punctured input you input 0.5f and it doesn't bias it). 

So in your code you want to input float values?  I would suggest to re-evaluate
that... if you ever want to cross-compile it to an ARM or other
RISC target, it's going to hurt a lot performance-wise.  According to some
of the literature I've read, having more than 8 levels (3 bits) of soft input
resolution will not show any noticable improvement in the decoder.

The viterbi from the ACELP code has input values 127...1 for 0 and -1...-127
for 1 (IIRC) and uses the 0 as the logical 'do not care' in case of punctured
codes.  Using those values will make sure you don't need any special treatment
for a "don't care" symbol.  I also like that range as it means you can use a
single octet for each input bit, as opposed to a 16bit int or even a float
number.

> Still working on soft output.

I think that's more like a nice future option, but nothing I would consider
doing at the moment...

Regards,
	Harald
-- 
- Harald Welte <laforge at gnumonks.org>           http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)



From 246tnt at gmail.com  Sun Jan  9 16:36:46 2011
From: 246tnt at gmail.com (Sylvain Munaut)
Date: Sun, 9 Jan 2011 17:36:46 +0100
Subject: [Tetra] Update on TETRA progress, TODO list
In-Reply-To: <20110108203623.GD32270@prithivi.gnumonks.org>
References: <20110108181624.GB32270@prithivi.gnumonks.org>
	<AANLkTi=D9G=eWddSEpbU8CqWMjFu1dj5WsusEU16i0yD@mail.gmail.com>
	<20110108203623.GD32270@prithivi.gnumonks.org>
Message-ID: <AANLkTimxvqgCTVDAepaT0A777mQ8D9-Km-BxiGbutyex@mail.gmail.com>

Hi,

>> I already have code for a hard decision viterbi. (input being uint8_t
>> [0 or 1] and outputing the same).
>
> this is great, and it would already work as a drop-in replacement for
> the current viterbi.c implementation we use

I've put it into a sylvain/viterbi branch, replacing the old code.

The test code still gives 0 CRC error so it seems to work.
There is still a wrapper because my code takes the -127 0 127 softbit
format as input.


> So in your code you want to input float values? ?I would suggest to re-evaluate
> that... if you ever want to cross-compile it to an ARM or other
> RISC target, it's going to hurt a lot performance-wise. ?According to some
> of the literature I've read, having more than 8 levels (3 bits) of soft input
> resolution will not show any noticable improvement in the decoder.

I was using float for the tests, but I hadn't settled yet on a format ...

Your arguments are pretty convincing so I adapted to code for int8_t input.


> The viterbi from the ACELP code has input values 127...1 for 0 and -1...-127
> for 1 (IIRC) and uses the 0 as the logical 'do not care' in case of punctured
> codes.

Sounds good to me. It's quite similar to what the calypso use for soft
bit output
(except it's on 4 bits only). the negatives are the '1' ... I guess
it's so that you can make a hard decision just by doing (c >> 7)
(taking the MSB).


Cheers,

    Sylvain


From horiz0n at gmx.net  Sun Jan  9 18:47:11 2011
From: horiz0n at gmx.net (Dimitri)
Date: Sun, 09 Jan 2011 19:47:11 +0100
Subject: [Tetra] repository with tetra traces
In-Reply-To: <20110108183710.GC32270@prithivi.gnumonks.org>
References: <20110108183710.GC32270@prithivi.gnumonks.org>
Message-ID: <op.vo104vh64a01t1@thinkpad>

Hi,

just uploaded a new set of 9 carriers collected yesterday. In case someone  
is interested in the whole .cfile (940 Mb) or a specific carrier - please  
indicate.


Regards,

Dimitri


From spaar at mirider.augusta.de  Sun Jan  9 20:46:09 2011
From: spaar at mirider.augusta.de (Dieter Spaar)
Date: Sun, 09 Jan 2011 20:46:09
Subject: [Tetra] repository with tetra traces
Message-ID: <4d2a1e92.mirider@mirider.augusta.de>

Hello Dimitri,

On Sun, 09 Jan 2011 19:47:11 +0100, "Dimitri" <horiz0n at gmx.net> wrote:
>
> just uploaded a new set of 9 carriers collected yesterday. In case someone
> is interested in the whole .cfile (940 Mb) or a specific carrier - please
> indicate.

Your samples are really nice ;-)

Appended is what you can hear in one of them.

I have done some initial experiments to decode unencrypted speech
traffic, Harald is thinking about how this could be cleaned up
and implemented in a proper way, so this should be released soon.

Best regards,
  Dieter

Dieter Spaar, Germany                           spaar at mirider.augusta.de
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From horiz0n at gmx.net  Sun Jan  9 21:40:08 2011
From: horiz0n at gmx.net (Dimitri)
Date: Sun, 09 Jan 2011 22:40:08 +0100
Subject: [Tetra] repository with tetra traces
In-Reply-To: <4d2a1e92.mirider@mirider.augusta.de>
References: <4d2a1e92.mirider@mirider.augusta.de>
Message-ID: <op.vo1845b74a01t1@thinkpad>

Hi Dieter,

> Your samples are really nice ;-)

I am quite impressed by the actual robustness of the cqpsk demodulator
   from the APCO package, as i did not made any effort in finding the right
parameters for the given signals etc. and it seems to work just fine.

> and implemented in a proper way, so this should be released soon.

Also the fast progress with the voice decoding is awesome! Looking forward
to be able to test a preliminary implementation... :)

> Appended is what you can hear in one of them.

Unfortunately at least one of them is speaking a heavy local dialect - so
i can barely understand a word ;).


Best Regards,

Dimitri



From laforge at gnumonks.org  Tue Jan 11 21:34:27 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Tue, 11 Jan 2011 22:34:27 +0100
Subject: [Tetra] Before we get into writing wireshark dissectors...
In-Reply-To: <20110107113236.GP30052@prithivi.gnumonks.org>
References: <20110107113236.GP30052@prithivi.gnumonks.org>
Message-ID: <20110111213427.GF13849@prithivi.gnumonks.org>

Hi all,

responding to my previous message:

On Fri, Jan 07, 2011 at 12:32:36PM +0100, Harald Welte wrote:
> It seems somebody has already done it:
> http://ieeexplore.ieee.org/xpl/freeabs_all.jsp?arnumber=5355672

by the way: the paper is in tetra-misc.git/papers/ 

> I have contacted the authors of the paper and asked them if they have ever
> released the source code or send me a copy of it.  This would definitely
> speed things up.

They have responded to me and indicated that they agreed to release the source
code (which was so far only used internally, so they have no legal obligation
to release it).

I don't have the source code yet, apparently they first want to translate some
documentation into English before providing it.

This is really great news.  I hope we can make quick progress in getting great
decodes once we have their code (which is generated from asn.1 specifications
that they wrote, so it should be relatively clean/systematic and not tons of
hand-coded cruft)

I'll keep you posted once there is any released code (which will be in
tetra-misc.git as soon as I get it, anyway).

I think we simply abuse GSMTAP and add a new TETRA frame type to it, this
way we can benefit from the existing UDP port registration at IANA and the
existing gsmtap code (in wireshark and libosmocore).

Regards,
	Harald

-- 
- Harald Welte <laforge at gnumonks.org>           http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)



From cd at maintech.de  Wed Jan 12 23:01:34 2011
From: cd at maintech.de (Christian Daniel -- maintech GmbH)
Date: Thu, 13 Jan 2011 00:01:34 +0100
Subject: [Tetra] TETRA / PI/4 DQPSK Modulator
Message-ID: <4D2E32CE.60802@maintech.de>

-----BEGIN PGP SIGNED MESSAGE-----
Hash: SHA1

Hi everybody,

I haven written (and ripped :-) a PI/4 DQPSK modulator, which should be
able to transmit TETRA bursts. For compilation have a look into the
Makefile.

It reads data from stdin and expects one byte for every symbol. The
value should be 0, 1, 2 or 3. 0xff results in silence.

The symbol rate is 250000/14 on USRP1 which is 17857 symbols/s. A more
or less simple demodulator should work without problems (perhaps with
more selfnoise), but a MLSE based RX will most probably not work.

For more "professional" uses we will need an accurate resampler, but I
will throw that one in as time comes :-)

Have fun,
Christian

- -- 
- ---------------------------------------------------
| maintech #      Dipl. Inf (FH) Christian Daniel |
|   GmbH ### Otto-Hahn-Str. 15 ? D-97204 H?chberg |
- ---------------------------------------------------
| AG W?rzburg, HRB 8790        Tax-ID DE242279645 |
- ---------------------------------------------------
| http://www.maintech.de           cd at maintech.de |
- ---------------------------------------------------
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From laforge at gnumonks.org  Sat Jan 22 18:55:04 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Sat, 22 Jan 2011 19:55:04 +0100
Subject: Wiki write access
Message-ID: <20110122185504.GG12936@prithivi.gnumonks.org>

Hi all,

OsmocomBB and OsmocomTETRA share the same list of accounts, so if you have
an account on OsmocomBB, you can use the same credentials to write to the
new http://tetra.osmocom.org/ website.

Regards,
-- 
- Harald Welte <laforge at gnumonks.org>           http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)



From vogelchr at vogel.cx  Sun Jan 23 20:03:06 2011
From: vogelchr at vogel.cx (Christian Vogel)
Date: Sun, 23 Jan 2011 21:03:06 +0100
Subject: PATCH: bitwise msb-first table-based 16bit CRC calculation
Message-ID: <op.vpr1zffgunbdei@distress.dillberg.com>

Hi,

after a remark by Harald about bitwise CRC calculation and seeing the
crc_simple code in lower_mac, I've thought about how to implement  
"optimized"
routines using a table-based approach operating on our pbit_t/ubit_t
arrays in libosmocore/master.

People on IRC consider it more tetra-specific though, so I'm posting
this here for advice on where to put it.

The usage is to first create the table via
	osmo_crc16_table_init(*table,polynomial)
and then to encode bits using
	osmo_crc16()        - default, operates on pbit_t[]
	osmo_crc16_ubits()  - operate on ubit_t[]
	osmo_crc16_ubit()   - one single bit, takes polynomial as first arg!
	osmo_crc16_pbit()   - operate on 1-7 bits in a pbit_t

It passes the crc_test ported to the new routines.

$ ./crc_test # osmo-tetra
The CRC is now: 4129/0x1021
The CRC is now: 4129/0x1021
The CRC is now: 61905/0xf1d1
The CRC is now: 65534/0xfffe
The CRC is now: 57073/0xdef1
The CRC is now: 7439/0x1d0f
Decoded successfully.

$ tests/crc/crc_test  # this patch, in libosmocore
First elements of table for CRC with poly 0x1021:
  0000 1021 2042 3063 4084 50a5 60c6 70e7 8108 9129 a14a b16b c18c d1ad  
e1ce f1ef
The CRC is now: 4129/0x1021
The CRC is now: 4129/0x1021
The CRC is now: 61905/0xf1d1
The CRC is now: 65534/0xfffe
packed bits: 10 b0 be 00 83 07 d3 3d ef 10
The CRC is now: 57073/0xdef1
     ...packed: 57073/0xdef1
packed bits: 10 b0 be 00 83 07 d3 3d ef 10
The CRC is now: 7439/0x1d0f
Decoded successfully.

         Chris
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From holger at freyther.de  Sun Jan 23 21:36:39 2011
From: holger at freyther.de (Holger Hans Peter Freyther)
Date: Sun, 23 Jan 2011 22:36:39 +0100
Subject: PATCH: bitwise msb-first table-based 16bit CRC calculation
In-Reply-To: <op.vpr1zffgunbdei@distress.dillberg.com>
References: <op.vpr1zffgunbdei@distress.dillberg.com>
Message-ID: <4D3C9F67.8060405@freyther.de>

On 01/23/2011 09:03 PM, Christian Vogel wrote:
> Hi,
> 
> after a remark by Harald about bitwise CRC calculation and seeing the
> crc_simple code in lower_mac, I've thought about how to implement "optimized"
> routines using a table-based approach operating on our pbit_t/ubit_t
> arrays in libosmocore/master.
> 
> People on IRC consider it more tetra-specific though, so I'm posting
> this here for advice on where to put it.

Hi Christian,

I would have no problem to put it into libosmocore, just make sure it has a
compile option to be compiled out (in case we need that for osmocomBB).

I have two nitpicks/questions though:
	- Why not keep the generated tables around in the code? This avoids
	  the runtime init, if multiple processes use this table it will also
	  be shared between these, if it is not used at all it will not be
	  mapped.

	- The coding style would also need update.

regards
	holger





From 246tnt at gmail.com  Sun Jan 23 22:28:55 2011
From: 246tnt at gmail.com (Sylvain Munaut)
Date: Sun, 23 Jan 2011 23:28:55 +0100
Subject: PATCH: bitwise msb-first table-based 16bit CRC calculation
In-Reply-To: <4D3C9F67.8060405@freyther.de>
References: <op.vpr1zffgunbdei@distress.dillberg.com>
	<4D3C9F67.8060405@freyther.de>
Message-ID: <AANLkTikkEaWOdfUAcEqM5s_TUgpkB_1Cnkh02PF6NFKF@mail.gmail.com>

Hi,

> I would have no problem to put it into libosmocore,

As I said in IRC, I would put it as 'template' in libosmocore,
replacing the 16 with like @N@
Then in the make file, use a couple of sed to generate the .c / .h for
the 8,16,32,64 bits versions.

This way it could be used for GSM as wel where a wide variety of CRC
polynoms are used (from 4 bits up to 40 bits ...)


> just make sure it has a
> compile option to be compiled out (in case we need that for osmocomBB).

I think it should compile just fine for the target, nothing special
there and if we don't use it it won't be included.
It's mostly code than uses libc io stuff that's tricky.


> I have two nitpicks/questions though:
> ? ? ? ?- Why not keep the generated tables around in the code? This avoids
> ? ? ? ? ?the runtime init, if multiple processes use this table it will also
> ? ? ? ? ?be shared between these, if it is not used at all it will not be
> ? ? ? ? ?mapped.

Standard tables could indeed be included in the code by default for
well known CRC, but the ability
to compute/use tables dynamically should stay.

A small utility to generate the .c code for such tables should be added then.

So you could have stuff like:

crc_tbl_ccit.c: crc_tbl_gen
    crc_tbl_gen 0x????? > crc_tbl_ccit.c


Other comments:

 - name it crc16.c  (the function name osmo_xxx is fine, but for the
file name, none of the others have osmo_ prefix ... we're in osmocore)
 - Oh, I just noticed there is a crc16.c already ... that's just
confusing, need better naming than that.
 - If we indeed do a lot of crc (8/16/32/64) with some prebuilt table,
maybe a directory/separate lib ? (like the vty/codec stuff) just a
tought. That would also split the crc used for pbit/ubits from the
'traditional' crc16.
 - Unaligned bit start in pbits.
 - For the ubits case, the function makes it look like you need the
whole table ... when in fact you just need the poly.
   Maybe take the poly as argument and add a macro crc_tbl2poly that
takes the element[1] ? This way, if you only use ubits, you can just
have the poly without tables at all ...


Cheers,

    Sylvain



From sim at ijskes.org  Mon Jan 24 12:12:23 2011
From: sim at ijskes.org (Sim IJskes)
Date: Mon, 24 Jan 2011 13:12:23 +0100
Subject: platform choices
Message-ID: <4D3D6CA7.1050100@ijskes.org>

Hello,

My main activity here would be lurking, but i certainly like to make a 
contribution in the future. I've programmed in ASM on several platforms, 
C, C++, and nowadays do all of the work in Java.

Most java implementations suffer from non-deterministic timing issues, 
so i wonder, would there be any application for java as a platform in 
the (osmocom) radio protocols?

I've build a hearing loss simulator in java, which is a streaming audio 
pipeline, so java is not completely useless in applications with strict 
timing relations. I believe the latency couldn't exceed 50mS which is 
huge in TDM radio protocols, but in the upper layers with a lot of 
complex data shuffling it might be usefull? Any ideas?

Gr. Sim
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From f.abdolian at yahoo.com  Thu Jan 27 09:03:12 2011
From: f.abdolian at yahoo.com (Farhad Abdolian)
Date: Thu, 27 Jan 2011 01:03:12 -0800 (PST)
Subject: TETRA and GRC?
In-Reply-To: <4D3D6CA7.1050100@ijskes.org>
References: <4D3D6CA7.1050100@ijskes.org>
Message-ID: <490313.91148.qm@web65401.mail.ac4.yahoo.com>

Hi Folks,
I am working on a TETRA project and was very happy when I found your site and 
your mailing list.

The information is very helpful and gave me a lot of interesting info about how 
other people solve problems. 


I wonder if you have a GRC example of your code I can use? If not, then I have 
to create one myself and will share it with the group.

Best regards,
Farhad



      
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From 246tnt at gmail.com  Thu Jan 27 09:29:54 2011
From: 246tnt at gmail.com (Sylvain Munaut)
Date: Thu, 27 Jan 2011 10:29:54 +0100
Subject: TETRA and GRC?
In-Reply-To: <490313.91148.qm@web65401.mail.ac4.yahoo.com>
References: <4D3D6CA7.1050100@ijskes.org>
	<490313.91148.qm@web65401.mail.ac4.yahoo.com>
Message-ID: <AANLkTikV20tE7YfdupEBvBO_tL38B2rRGuRQkYKnOzBj@mail.gmail.com>

Hi,

> I wonder if you have a GRC example of your code I can use? If not, then I
> have to create one myself and will share it with the group.

If you had checked the git repository, you would have found the only
GRC stuff in there is:

osmo-tetra/src/demod/grc/tetra_demod_qpsk.xml

But that's only the demodulation (and even then, just a blackbox). All
the other layers are not GNURadio blocks at all, they're pure C code
libraries / utilities.

There are example python code on how to use it but it's just SOURCE ->
TETRA BLOCK -> SINK ... not really worth an example ...

Cheers,

    Sylvain



From 246tnt at gmail.com  Thu Jan 27 10:08:52 2011
From: 246tnt at gmail.com (Sylvain Munaut)
Date: Thu, 27 Jan 2011 11:08:52 +0100
Subject: TETRA and GRC?
In-Reply-To: <230454.26300.qm@web65401.mail.ac4.yahoo.com>
References: <4D3D6CA7.1050100@ijskes.org>
	<490313.91148.qm@web65401.mail.ac4.yahoo.com>
	<AANLkTikV20tE7YfdupEBvBO_tL38B2rRGuRQkYKnOzBj@mail.gmail.com>
	<230454.26300.qm@web65401.mail.ac4.yahoo.com>
Message-ID: <AANLkTimz+CTJB_KVjX2R88gTK_UX0VoXDmCMzcKE0tE0@mail.gmail.com>

> [snip] ... but wondered if
> anyone had worked on the GR porting of the code. I assume, that is not the
> case.

No that I know of.

What would be the interest exactly ?

I mean GR is great for signal processing but once you got the bits,
the rest is IMHO way better handled outside gnuradio itself. All the
phy/mac levels are no trivial and will need state processing and such
... not something I really see in GR.

Using fifo on the filesystem you can pipe directly/live the flow of
info from GR outpout to the tetra-rx input.

Cheers,

    Sylvain


BTW, you forgot to CC the list in your reply. (I assume it was your
intent because of the "with everyone here" comment at the end of your
mail).



From holger at freyther.de  Thu Jan 27 10:18:11 2011
From: holger at freyther.de (Holger Hans Peter Freyther)
Date: Thu, 27 Jan 2011 11:18:11 +0100
Subject: TETRA and GRC?
In-Reply-To: <AANLkTimz+CTJB_KVjX2R88gTK_UX0VoXDmCMzcKE0tE0@mail.gmail.com>
References: <4D3D6CA7.1050100@ijskes.org>	<490313.91148.qm@web65401.mail.ac4.yahoo.com>	<AANLkTikV20tE7YfdupEBvBO_tL38B2rRGuRQkYKnOzBj@mail.gmail.com>	<230454.26300.qm@web65401.mail.ac4.yahoo.com>
	<AANLkTimz+CTJB_KVjX2R88gTK_UX0VoXDmCMzcKE0tE0@mail.gmail.com>
Message-ID: <4D414663.9090504@freyther.de>

On 01/27/2011 11:08 AM, Sylvain Munaut wrote:
>> [snip] ... but wondered if
>> anyone had worked on the GR porting of the code. I assume, that is not the
>> case.
> 
> No that I know of.

My plan is to create a GNU Radio block that will give us the softbits. I was a
bit sad that GNU Radio only has python bindings to script things but not to do
any work.



From f.abdolian at yahoo.com  Thu Jan 27 10:25:31 2011
From: f.abdolian at yahoo.com (Farhad Abdolian)
Date: Thu, 27 Jan 2011 02:25:31 -0800 (PST)
Subject: TETRA and GRC?
In-Reply-To: <AANLkTimz+CTJB_KVjX2R88gTK_UX0VoXDmCMzcKE0tE0@mail.gmail.com>
References: <4D3D6CA7.1050100@ijskes.org>
	<490313.91148.qm@web65401.mail.ac4.yahoo.com>
	<AANLkTikV20tE7YfdupEBvBO_tL38B2rRGuRQkYKnOzBj@mail.gmail.com>
	<230454.26300.qm@web65401.mail.ac4.yahoo.com>
	<AANLkTimz+CTJB_KVjX2R88gTK_UX0VoXDmCMzcKE0tE0@mail.gmail.com>
Message-ID: <652290.7990.qm@web65407.mail.ac4.yahoo.com>

Hi Sylvain,
Thanks for posting it to the list, I just hit reply, I thought the list is the 
main "to" part of the reply, but now I know, I have to put reply-all instead.

What I am using GR is use the AIR interface of the TETRA in a simple way, I 
would like to create a system similar to OpenBTS to handle TETRA. The main 
problem I have is I am a pure HW design engineer and my knowledge of Linux, 
Python and high level SW is not very strong, but I am learning.

Best regards,
Farhad


________________________________
From: Sylvain Munaut <246tnt at gmail.com>
To: Farhad Abdolian <f.abdolian at yahoo.com>
Cc: tetra at lists.osmocom.org
Sent: Thu, January 27, 2011 11:08:52 AM
Subject: Re: TETRA and GRC?

> [snip] ... but wondered if
> anyone had worked on the GR porting of the code. I assume, that is not the
> case.

No that I know of.

What would be the interest exactly ?

I mean GR is great for signal processing but once you got the bits,
the rest is IMHO way better handled outside gnuradio itself. All the
phy/mac levels are no trivial and will need state processing and such
... not something I really see in GR.

Using fifo on the filesystem you can pipe directly/live the flow of
info from GR outpout to the tetra-rx input.

Cheers,

    Sylvain


BTW, you forgot to CC the list in your reply. (I assume it was your
intent because of the "with everyone here" comment at the end of your
mail).


      
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From laforge at gnumonks.org  Thu Jan 27 16:35:20 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Thu, 27 Jan 2011 19:35:20 +0300
Subject: TETRA and GRC?
In-Reply-To: <652290.7990.qm@web65407.mail.ac4.yahoo.com>
References: <4D3D6CA7.1050100@ijskes.org>
	<490313.91148.qm@web65401.mail.ac4.yahoo.com>
	<AANLkTikV20tE7YfdupEBvBO_tL38B2rRGuRQkYKnOzBj@mail.gmail.com>
	<230454.26300.qm@web65401.mail.ac4.yahoo.com>
	<AANLkTimz+CTJB_KVjX2R88gTK_UX0VoXDmCMzcKE0tE0@mail.gmail.com>
	<652290.7990.qm@web65407.mail.ac4.yahoo.com>
Message-ID: <20110127163520.GC27259@prithivi.gnumonks.org>

On Thu, Jan 27, 2011 at 02:25:31AM -0800, Farhad Abdolian wrote:
> Hi Sylvain,
> Thanks for posting it to the list, I just hit reply, I thought the list is the 
> main "to" part of the reply, but now I know, I have to put reply-all instead.
> 
> What I am using GR is use the AIR interface of the TETRA in a simple way, I 
> would like to create a system similar to OpenBTS to handle TETRA. The main 
> problem I have is I am a pure HW design engineer and my knowledge of Linux, 
> Python and high level SW is not very strong, but I am learning.

Please understand that it is quite a big task to do this.  A receive-only
implementation like what we have now is relatively simple, but in order
to run a full TETRA system, you need to implement all the protocols like LLC,
LME, MM, CC and their associated logic, which is a huge task.

Getting something like a small transmitter goign that continuously transmits
a BSCH/BNCH should be a simple task that you can start with.  Basically use
the same code that we use in conv_enc_test.c to generate the type-5 bits,
feed them into the DQPSK modulator and try to see if TETRA handsets can
recognize the signal.

-- 
- Harald Welte <laforge at gnumonks.org>           http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)



From f.abdolian at yahoo.com  Thu Jan 27 19:36:33 2011
From: f.abdolian at yahoo.com (Farhad Abdolian)
Date: Thu, 27 Jan 2011 11:36:33 -0800 (PST)
Subject: TETRA and GRC?
In-Reply-To: <20110127163520.GC27259@prithivi.gnumonks.org>
References: <4D3D6CA7.1050100@ijskes.org>
	<490313.91148.qm@web65401.mail.ac4.yahoo.com>
	<AANLkTikV20tE7YfdupEBvBO_tL38B2rRGuRQkYKnOzBj@mail.gmail.com>
	<230454.26300.qm@web65401.mail.ac4.yahoo.com>
	<AANLkTimz+CTJB_KVjX2R88gTK_UX0VoXDmCMzcKE0tE0@mail.gmail.com>
	<652290.7990.qm@web65407.mail.ac4.yahoo.com>
	<20110127163520.GC27259@prithivi.gnumonks.org>
Message-ID: <722766.11859.qm@web65405.mail.ac4.yahoo.com>

Hi Harald,
I am aware of the complexity of the TETRA system, I just want to implement the 
physical layer (Layer 1) and if I can also the Layer 2 of the protocol and be 
able to show that it can be done with GR.  I want to create both the RX and TX 
path using GnuRadio.

I am working on implement the blocks similar to those on Figure 4.1 and 4.2 of 
EN 300 392-2: V3.4.1 (2010-08). 



That shouldn't be such a difficult task.

Best regards,
Farhad


________________________________
From: Harald Welte <laforge at gnumonks.org>
To: Farhad Abdolian <f.abdolian at yahoo.com>
Cc: Sylvain Munaut <246tnt at gmail.com>; tetra at lists.osmocom.org
Sent: Thu, January 27, 2011 5:35:20 PM
Subject: Re: TETRA and GRC?

On Thu, Jan 27, 2011 at 02:25:31AM -0800, Farhad Abdolian wrote:
> Hi Sylvain,
> Thanks for posting it to the list, I just hit reply, I thought the list is the 

> main "to" part of the reply, but now I know, I have to put reply-all instead.
> 
> What I am using GR is use the AIR interface of the TETRA in a simple way, I 
> would like to create a system similar to OpenBTS to handle TETRA. The main 
> problem I have is I am a pure HW design engineer and my knowledge of Linux, 
> Python and high level SW is not very strong, but I am learning.

Please understand that it is quite a big task to do this.  A receive-only
implementation like what we have now is relatively simple, but in order
to run a full TETRA system, you need to implement all the protocols like LLC,
LME, MM, CC and their associated logic, which is a huge task.

Getting something like a small transmitter goign that continuously transmits
a BSCH/BNCH should be a simple task that you can start with.  Basically use
the same code that we use in conv_enc_test.c to generate the type-5 bits,
feed them into the DQPSK modulator and try to see if TETRA handsets can
recognize the signal.

-- 
- Harald Welte <laforge at gnumonks.org>          http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)



      
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From holger at freyther.de  Thu Jan 27 20:59:44 2011
From: holger at freyther.de (Holger Hans Peter Freyther)
Date: Thu, 27 Jan 2011 21:59:44 +0100
Subject: Renumbering tetra channels in gsmtap.h
Message-ID: <4D41DCC0.5050603@freyther.de>

Hi laf0rge,

wireshark has more strict compile settings and found this:

#define GSMTAP_TETRA_AACH       0x02
#define GSMTAP_TETRA_AACH       0x03


I would remove the second occurrence and renumber the other members? Or should
I remove the first one and go with the value of 0x03?

z.



From laforge at gnumonks.org  Fri Jan 28 04:28:26 2011
From: laforge at gnumonks.org (Harald Welte)
Date: Fri, 28 Jan 2011 07:28:26 +0300
Subject: Renumbering tetra channels in gsmtap.h
In-Reply-To: <4D41DCC0.5050603@freyther.de>
References: <4D41DCC0.5050603@freyther.de>
Message-ID: <20110128042826.GM27259@prithivi.gnumonks.org>

On Thu, Jan 27, 2011 at 09:59:44PM +0100, Holger Hans Peter Freyther wrote:
> Hi laf0rge,
> 
> wireshark has more strict compile settings and found this:
> 
> #define GSMTAP_TETRA_AACH       0x02
> #define GSMTAP_TETRA_AACH       0x03
> 
> 
> I would remove the second occurrence and renumber the other members? Or should
> I remove the first one and go with the value of 0x03?

as nobody is using that code yet for anything, feel free to renumber.

-- 
- Harald Welte <laforge at gnumonks.org>           http://laforge.gnumonks.org/
============================================================================
"Privacy in residential applications is a desirable marketing option."
                                                  (ETSI EN 300 175-7 Ch. A6)