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MeshTasklist

Cedric Roux edited this page 2016-01-17 19:13:39 +01:00

---++ Maybe

• Resynchronize 2n CH in case it lost sync. This should be done in the MR by estimating the timing offset between CH and sending a timing advance message to one of the CHs.

---++ Todo 1 In case of 2 CHs distribute the CHBCH pilots evenly across the frequency groups (pilots from CH1 use even frequency groups, etc) 1 Zero out the whole bigphys at init!!! 1 LOG2_NUMBER_OF_CHBCH_PILOTS still hard-coded!!! 1 Set up test scenario 1 Syncronization at MR when 2 CHs are present: at the moment we always synch to the strongest one. When the stonger SCH is arriving later than the weaker one, correct decoding of both of them is not guaranteed.

---++ In Progress

---++ Done

• Make different configuration files (SENDORA, CHORIST, EMOS)
• MRBCH sim
• MRBCH initial sync
• Tracking of MRBCH (needs fix in FPGA)
• MRBCH scope
• Fine tune/debug the timing advance at the MR, such that the time offset of the CHSCH at the MR is minimized
• Don't declare 2nd CH NOT_SYNCHED when it looses MRSCH, but keep tracking the MRSCH (we assume that this is a rare event and that the MRSCH can be recovered before the two CHs drift away too much (more than a CP length))
• Update MR Gain Control to find best gain setting between multiple CH
  • Make measurements on all CHSCH. Do the gain control on the weakest CHSCH under the constraint that the strongest CHSCH does not saturate.
• CH gain control
  • fill PHY_measurements with MRSCH measurements
  • adjust gain so that the MRSCH does not saturate
• Fix noise power estimation
• MMSE Receiver Simulation (chbch_sim.c)
• Integrate MMSE
• Integration with MAC
• Put MRSCH and MRBCH in the right position

-- User.FlorianKaltenberger - 22 Aug 2008