Simulation Setup

2. Simulation Setup • FL VoIP simulation • All the parameters and methods for the simulations follow both the parameter spread sheet in C30-20080114-029 and the output metrics spread sheet in C30-20080114-021 • Notes: • Effective SNR AWGN curves (C30-20080114-029) is used. (Note that the PER curves for 8 tiles are used.) • AWGN channel and ITU Model (Ped-B and Veh-A) as the channel model • BRCH for F-DCH • AT Layout: C30-20080114-030 (Newly updated by QCOM • Parameters: C30-20080114-019 • Scheduler: in line with the pseudo code in C30-20071025-006 • Transmission Deadline (at BS) of 100ms • Bin width for the statistics in the following figures • Throughput: 10kbps, Geometry: 0.25dB, PER: 0.01 • Note: the value in the x-axis represents the central value in a bin

3. Geometry

4. Ped-B Channel with 3 km/h

5. Ped-B 3km/h channel • Aggregate sector throughput (Optional)

6. Ped-B 3km/h channel • PER distribution

7. Ped-B 3km/h channel • HARQ statistics (distribution)

8. Ped-B 3km/h channel • 98% VoIP packet latency CDF

9. Ped-B 3km/h channel • Load (Tile occupancy) CDF

10. Ped-B 3km/h channel • CDF of AT VoIP packet jitter (Optional)Note: This graph is made from the average jitter of AT.

11. Veh-A Channel with 120 km/h

12. Veh-A 120km/h channel • Aggregate sector throughput (Optional)

13. Veh-A 120km/h channel • PER distribution

14. Veh-A 120km/h channel • HARQ statistics (distribution)

15. Veh-A 120km/h channel • 98% VoIP packet latency CDF

16. Veh-A 120km/h channel • Load (Tile occupancy) CDF

17. Veh-A 120km/h channel • CDF of AT VoIP packet jitter (Optional)Note: This graph is made from the average jitter of AT.

18. Appendix ~ Output Metrics Spread Sheets ~ • Ped-B 3km/h channel • Veh-A 120km/h channel