This looks interesting.
Can you provide an output of the results when running this code please ?
Thanks
Raz
On Thu, Jul 14, 2011 at 11:40 AM, Andreas.Eversberg <
Andreas.Eversberg(a)versatel.de> wrote:
**
hi,
i would like to commit my well tested neighbour cell measurement code, as
well as the improved cell selection / re-selection process soon. with it, it
is possible to move with the mobile phone while beeing in idle mode (no
call). it tracks neighbour cells and switches if a better cell is detected.
i found and fixed many bug issues in mobility management and cell selection
process. i did allot of driving tests.
in order to do that, the neighbour cell measurement code for layer1 is
required. this code must be reviewed first. i splitted it in three patches:
neigh_getset.patch
[layer1] Adding rffe_set_gain() and rffe_get_gain() to get/set computed
gain.
rffe_compute_gain() is the new name for rffe_set_gain(). I needed to change
this, to solve the name collision with the rffe_set_gain() function, which
actually sets the absolute gain.
rffe_get_gain() will now read the absolute gain which has been computed by
rffe_compute_gain() or set by rffe_set_gain().
neigh_l23.patch
[layer23] Adding neighbour cell measurement to L1CTL interface. (layer23)
neigh_l1.patch
[layer1] Adding neighbour cell measurement code to layer1.
When listening to BCCH, layer1 may measure the power level of neighbour
cells. A list of neighbour cell frequencies need to be sent to layer1. After
the measurement is done, the results are indicated to layer23.
andreas