C GPP2 TSG-C WG3 TITLE : RL FullBuffer Simulation Results for Calibration SOURCE: KDDI Corporation Hiroyuki SHINBO, Toshihiko KOMINE, and Satoshi KONISHI {hi-shinbo, to-komine, ABSTRACT: This contribution provides system-level simulation results on the FullBuffer traffic model over the RL in the UMB system. The intention of this contribution is for the calibration stage in EMAH. RECOMMENDATION: Discuss KDDI Corporation grants a free, irrevocable license to 3GPP2 and its Organizational Partners to incorporate text or other copyrightable material contained in the contribution and any modifications thereof in the creation of 3GPP2 publications; to copyright and sell in Organizational Partner's name any Organizational Partner's standards publication even though it may include all or portions of this contribution; and at the Organizational Partner's sole discretion to permit others to reproduce in whole or in part such contribution or the resulting Organizational Partner's standards publication. KDDI Corporation is also willing to grant licenses under such contributor copyrights to third parties on reasonable, non-discriminatory terms and conditions for purpose of practicing an Organizational Partner’s standard which incorporates this contribution. This document has been prepared by KDDI Corporation to assist the development of specifications by 3GPP2. It is proposed to the Committee as a basis for discussion and is not to be construed as a binding proposal on KDDI Corporation. KDDI Corporation specifically reserves the right to amend or modify the material contained herein and nothing herein shall be construed as conferring or offering licenses or rights with respect to any intellectual property of KDDI Corporation other than provided in the copyright statement above.

C Simulation Setup  RL FullBuffer simulation  All the parameters and methods for the simulations follow both the parameter spread sheet in C and the output metrics spread sheet in C  P-ODCH Tx Power distribution is NOT included. (update soon)  Notes:  Effective SNR AWGN curves (C ) 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: C (Newly updated by QCOM)  Parameters: C  Scheduler: in line with the pseudo code in C  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

C Geometry

C AWGN Channel

C AWGN Channel  Aggregate sector throughput Average: kbps, Edge User: 5kbps

C  PER distribution AWGN Channel

C  Normalized per user Average PHY throughput AWGN Channel

C  HARQ statistics (distribution) AWGN Channel

C  IoT CDF of RL OFDM traffic per Antenna AWGN Channel

C  Packet Format Distribution AWGN Channel

C  Load (Tile occupancy) CDF AWGN Channel

C  RoT CDF of RL CDMA control per antenna AWGN Channel

C  CDF of AT average PHY throughput AWGN Channel

C Ped-B Channel with 3 km/h

C Ped-B 3km/h channel  Aggregate sector throughput Average: kbps, Edge User: 15kbps

C  PER distribution Ped-B 3km/h channel

C  Normalized per user average PHY throughput Ped-B 3km/h channel

C  HARQ statistics (distribution) Ped-B 3km/h channel

C  IoT CDF of RL OFDM traffic per Antenna Ped-B 3km/h channel

C  Packet Format Distribution Ped-B 3km/h channel

C  Load (Tile occupancy) CDF Ped-B 3km/h channel

C  RoT CDF of RL CDMA control per antenna Ped-B 3km/h channel

C  CDF of Average AT PHY Throughput Ped-B 3km/h channel

C Veh-A Channel with 120 km/h

C Veh-A 120km/h channel  Aggregate sector throughput Average: kbps, Edge User: 15.38kbps

C  PER distribution Veh-A 120km/h channel

C  Normalized per user average PHY throughput Veh-A 120km/h channel

C  HARQ statistics (distribution) Veh-A 120km/h channel

C  IoT CDF of RL OFDM traffic per Antenna Veh-A 120km/h channel

C  Packet Format Distribution Veh-A 120km/h channel

C  Load (Tile occupancy) CDF Veh-A 120km/h channel

C  RoT CDF of RL CDMA control per antenna Veh-A 120km/h channel

C  CDF of average AT PHY throughput Veh-A 120km/h channel

C  AWGN channel  Ped-B 3km/h channel  Veh-A 120km/h channel Appendix ~ Output Metrics Spread Sheets ~