1 / 34

Simulation Setup

Simulation Setup. RL FullBuffer 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 P-ODCH Tx Power distribution is NOT included. (update soon) Notes:

urbana
Download Presentation

Simulation Setup

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Simulation Setup • RL FullBuffer 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 • P-ODCH Tx Power distribution is NOT included. (update soon) • Notes: • Effective SNR AWGN curves (C30-20080114-029) is used. (Note that the PER curves for 1 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 • Tiny tree structure model is used. (NOT follow C30-XXX-XXX completely) • 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

  2. Geometry

  3. AWGN Channel

  4. AWGN Channel • Aggregate sector throughput Average: 6162.778kbps, Edge User: 5kbps

  5. AWGN Channel • PER distribution

  6. AWGN Channel • Normalized per user Average PHY throughput

  7. AWGN Channel • HARQ statistics (distribution)

  8. AWGN Channel • IoT CDF of RL OFDM traffic per Antenna

  9. AWGN Channel • Packet Format Distribution

  10. AWGN Channel • Load (Tile occupancy) CDF

  11. AWGN Channel • RoT CDF of RL CDMA control per antenna

  12. AWGN Channel • CDF of AT average PHY throughput

  13. Ped-B Channel with 3 km/h

  14. Ped-B 3km/h channel • Aggregate sector throughput Average: 5759.276kbps, Edge User: 15kbps

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

  16. Ped-B 3km/h channel • Normalized per user average PHY throughput

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

  18. Ped-B 3km/h channel • IoT CDF of RL OFDM traffic per Antenna

  19. Ped-B 3km/h channel • Packet Format Distribution

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

  21. Ped-B 3km/h channel • RoT CDF of RL CDMA control per antenna

  22. Ped-B 3km/h channel • CDF of Average AT PHY Throughput

  23. Veh-A Channel with 120 km/h

  24. Veh-A 120km/h channel • Aggregate sector throughput Average: 4922.155kbps, Edge User: 15.38kbps

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

  26. Veh-A 120km/h channel • Normalized per user average PHY throughput

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

  28. Veh-A 120km/h channel • IoT CDF of RL OFDM traffic per Antenna

  29. Veh-A 120km/h channel • Packet Format Distribution

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

  31. Veh-A 120km/h channel • RoT CDF of RL CDMA control per antenna

  32. Veh-A 120km/h channel • CDF of average AT PHY throughput

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

More Related