1. TITLE: RL Framework Proposal for Revision D SOURCE: Lucent Technologies 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. Lucent Technologies 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 Lucent Technologies 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 Lucent Technologies. Lucent Technologies specifically reserves the right to amend or modify the material contained herein and to any intellectual property of Lucent Technologies other than provided in the copyright statement above. ABSTRACT: This contribution proposed a RL Framework proposal for Revision D. RECOMMENDATION: Discuss and Adopt

2. 2 RL Framework Proposal for Revision D RL Framework Proposal for Revision D Lucent Technologies February 17, 2003 N. Gopalakrishnan, F. Khan, J. Kim, E. Pittampalli, S. Ramakrishna, A. Rudrapatna, G. Sundaram, S. Vasudevan, Y. Yang

3. 3 Key Features Hybrid (Scheduled + Rate Controlled) Mode of operation achieving peak data rate of 1.5 Mb/s. –Triggering by channel assignment messages and handoff messages Fast scheduling with shorter variable duration frames: –2.5, 5 and 10ms frames. Base station supervised rate control –2.5, 5, 10 and 20ms frames. Physical Layer H-ARQ Adaptive Modulation and Coding (AMC) Further Optimizations Under Investigation : –RoT-unconstrained mode –1.25 frames –Slot-orthogonal transmissions

4. 4 Scheduled Mode Applies to all simplex or softer-HO-only mobiles Schedules mobile transmission based on RoT, mobile pilot power, and Ecp/Nt Staggered CDM (greedy filling) to maximize noise rise utilization –More than one scheduled user can be transmitting simultaneously. Uses F-USCH for schedule grant and ACK/NACK –MACID is assigned in ECAM or UHDM messages and used to identify the intended recipient of the schedule grant A 2 IR is supported

5. 5 Rate Control Mode Apply to all SHO or soft-softer-HO mobiles Base station supervised rate control by F-UCACH Individual ACK/NACK through F-UCACH Mobile receives F-UCACH sub-channel assignment through UHDM A 2 IR is supported

6. 6 Autonomous Transmission Autonomous Transmission on Enhanced R-DCCH –Adds 19.2kbps/384-bit rate on R-DCCH –Serves delay sensitive signaling or traffic (e.g. TCP_ACK) Rate_Limit (encoder packet size and duration) on Autonomous Transmission can be negotiated through higher layer signaling No HARQ

7. 7 Transition between Modes All mobiles can transmit up to Rate_Limit that is set by L3 signal on enhanced R-DCCH for delay sensitive signaling or traffic (e.g. TCP_ACK)

8. 8 Scheduled Mode Data Rates

9. 9 Scheduled Mode MCS

10. 10 Rate Control Mode Data Rates

11. 11 Rate Control Mode MCS

12. 12 Reverse Packet Data Control Channel (R-PDCCH) Functions –Reports Transmit power on R-PICH –Indicates buffer status (amount of future data to send) –Indicates R-SCH format and supports H-ARQ R-PDCCH is of the same duration as the accompanying R-SCH and is sent concurrently R-PDCCH is CRC protected –Needs to be blind decoded (for different durations)

13. 13 R-PDCCH fields

14. 14 Forward Uplink Control and Acknowledgement Channel (F-UCACH) Used in the rate control mode only –Communicate acknowledgements to mobile –Rate control commands to the mobile –Acknowledgement and Rate control functions are I/Q multiplexed on the same sub-channel Structure –F-CPCCH structure with longer framing –Sub-channel assignment through handoff messages

15. 15 Forward Uplink Scheduling Channel (F-USCH) Communicate schedule grant and HARQ Feedback to mobiles in Scheduled mode: –Supports up to 256 MAC IDs –HARQ Feedback information consists of R-ACID and R-ACK. Structure (coding etc.) similar to F-PDCCH