Project
IEEE 802.16 Broadband Wireless Access Working Group <http://ieee802.org/16>
Title
Proposal for SDD Table of Contents
Date
Submitted
2007-11-07
Source(s)
Pantelis Monogioudis, Joerg Joerg
Schaepperle, Hongwei Yang
Voice: +1 973 386 4804
Alcatel-Lucent
mailto: monogiou@alcatel-lucent.com
Re:
IEEE 802.16m-07/040 Call for Contributions on Project 802.16m SDD
Abstract
To suggest a ToC for SDD
Purpose
For 802.16m discussion and eventual adoption for SDD
Notice
Release
Patent
Policy
This document does not represent the agreed views of the IEEE 802.16 Working Group or any of its subgroups.
represents only the views of the participants listed in the “Source(s)” field above. It is offered as a basis for
discussion. It is not binding on the contributor(s), who reserve(s) the right to add, amend or withdraw material
contained herein.
The contributor grants a free, irrevocable license to the IEEE to incorporate material contained in this contributio
and any modifications thereof, in the creation of an IEEE Standards publication; to copyright in the IEEE’s name
any IEEE Standards publication even though it may include portions of this contribution; and at the IEEE’s sole
discretion to permit others to reproduce in whole or in part the resulting IEEE Standards publication. The
contributor also acknowledges and accepts that this contribution may be made public by IEEE 802.16.
The contributor is familiar with the IEEE-SA Patent Policy and Procedures:
<http://standards.ieee.org/guides/bylaws/sect6-7.html#6> and
<http://standards.ieee.org/guides/opman/sect6.html#6.3>.
Further information is located at <http://standards.ieee.org/board/pat/pat-material.html> and
<http://standards.ieee.org/board/pat>.
1. PHYSICAL LAYER DEFINITIONS AND PARAMETRIZATION
1.1. General Overview
1.1.1. Interface to Other Protocols
1.1.2. Configuration Attributes
1.1.3. Session State Information
1.2. Initialization
1.2.1. Procedures and Messages
1.3. Reconfiguration
1.3.1. Procedures and Messages
1.4. Timing and Synchronization
1.4.1.1.Synchronization Modes
1.4.1.2.Sector Identifiers
1.4.1.3.Terminal Time Reference
1.4.1.4.Tolerances
1.5. Common Algorithms
1.5.1.1.Permutation Algorithms
1.5.1.2.Data Scrambling
1.5.1.3.Hashing
1.5.1.4.Discrete Fourier Transform (DFT)
1.5.1.5.Other Sequences
1.6. Coding and Modulation
1.6.1. Coding and Modulation Structures
1.6.2. Error Detection
1.6.3. Generation of the CRC Bits
1.6.4. Downlink Error Correction
1.6.5. Convolutional Encoding
1.6.6. Turbo Encoding
1.6.6.1. Turbo Encoder
1.6.6.2. Turbo Interleaver
1.6.7. Low Density Parity Check Encoding
1.6.7.1. Choice of Base Parity Check Matrix
1.6.7.2. Generation of the Parity Check Matrix
1.6.7.2.1. Encoding
1.6.7.2.2. Truncation
1.6.7.3. Parity Check Matrices for the LDPC Code
1.6.7.3.1. Base Parity Check Matrices
1.6.7.3.2. Other Matrices
1.6.8. Channel Interleaving
1.6.9. Modulation
1.6.10. QPSK Modulation
1.6.11. 16-QAM Modulation
1.6.12. 64-QAM Modulation
1.6.13. Hierarchical Modulation
1.7. OFDM Symbol Structure and Frame Structure
1.7.1. OFDM Symbol Structure
1.7.2. Preamble Structure
1.7.3. Downlink Frame Structure
1.7.4. Downlink Subframe Structure
1.7.5. Enhanced Subframe Structure for MBMS
1.7.6. Uplink Frame Structure
1.7.7. Uplink Subframe Structure
1.7.8. Time-Domain Processing
1.7.8.1.Inverse Fourier Transform Operation
1.7.8.2.Windowing Operation
1.7.8.3.Overlap-and-Add Operation
1.8. MIMO
1.8.1. Precoding
1.8.1.1.Precoding Matrices
1.8.1.2.Codebooks
1.8.2. Permutation Matrices for Multi-Code Word MIMO
1.8.3. SDMA
1.8.4. Closed-loop MIMO Macro Diversity
1.9. Resource Management Definitions and Indexing
1.9.1. Logical Tile Definitions
1.9.2. Logical Tile Indexing
1.9.3. Hopping Modes
1.9.3.1.Hopping Sequence Generation
1.9.4. Logical Tile to Sub-carrier Mappings
1.9.5. Sub-band Definitions
1.9.6. Fractional Sub-band Definitions
1.9.7. Mapping Tiles to Sub-bands
1.9.8. Mapping Tiles to Fractional Sub-bands
1.9.9. Resource Channels
1.9.9.1.Downlink Resource Channel Structures
1.9.9.1.1. Distributed
1.9.9.1.2. Localized
1.9.9.2. Uplink Resource Channel Structure
2. PHYSICAL LAYER DOWNLINK CHANNELS STRUCTURE
2.1. Channels Carried by the Preamble
2.1.1. Acquisition Channel
2.1.2. Interference Management Channel
2.1.3. Preamble Pilot Channel
2.1.4. Broadcast Control Channels
2.2. Pilot Channels
2.2.1. Common Pilot Channel
2.2.2. Dedicated Pilot Channel
2.2.3. CQI Pilot Channel
2.3. Downlink Control Channels
2.3.1. Control Channel Resources
2.3.2. Acknowledgment Channel
2.3.2.1.Encoding
2.3.2.2.Modulation
2.3.2.3.Resource Allocation
2.3.3. Uplink Interference Management Channels
2.3.3.1.Encoding
2.3.3.2.Modulation
2.3.3.3.Resource Allocation
2.3.4. Downlink Common Control Channel
2.3.4.1.Encoding
2.3.4.2.Modulation
2.3.4.3.Resource Allocation
2.4. Downlink Data Channel
2.4.1. SISO Transmission
2.4.2. TxD Transmission
2.4.3. MIMO Spatial Multiplexing Transmission
2.4.3.1.Single user MIMO Transmission
2.4.3.1.1. SCW MIMO
2.4.3.1.2. MCW MIMO
2.4.3.2. Multiuser MIMO Transmission
2.4.4. Closed-loop MIMO Macro Diversity
2.5. Downlink Broadcast Data Channel Structure
2.5.1. Modulation Parameters
2.5.2. Multiplexing of Downlink Broadcast and Data Channels
2.5.3. Broadcast Pilot Channels
2.5.4. Channel Encoding
2.6. RF Transmitter
2.6.1. Frequency Parameters
2.6.2. Channel Spacing and Designation
2.6.2.1.Unicast
2.6.2.2.Broadcast
2.6.3. Power Output Characteristics
2.6.3.1. Unicast
2.6.3.2. Broadcast Transmitter Output Power
2.6.4. Limitations on Emissions
2.6.5. Spurious Emissions
2.6.6. Intermodulation
2.6.7. Transmitter Performance Requirements
3. PHYSICAL LAYER UPLINK CHANNEL STRUCTURE
3.1. Control Channels
3.1.1. Control Channel Precoder
3.1.2. Uplink Dedicated Control Channel
3.1.3. Resource Allocation
3.2. Data Channel
3.2.1. Encoding
3.2.2. Resource Allocation
3.2.3. Uplink Pilot Channel
3.2.4. Uplink Random Access Channel
3.2.5. Uplink Acknowledgment Channel
3.3. Multiplexing of Control and Data Channels
3.4. RF Transmitter
3.4.1. Frequency Parameters
3.4.2. Channel Spacing and Designation
3.4.3. Power Output Characteristics
3.4.4. Limitations on Emissions
3.4.5. Spurious Emissions
3.4.6. Intermodulation
3.4.7. Transmitter Performance Requirements
3.5. Channel measurement
4. PHYSICAL LAYER PROCEDURES FOR COOPERATIVE TECHNIQUES
5. PHYSICAL LAYER FOR MULTI-HOP RELAY
5.1. Multi-hop relay frame structure
5.2. Cooperative relay
6. MAC PROTOCOL
6.1. Common Definitions
6.2. MAC PDU formats
6.3. ARQ mechanism
6.4. Bandwidth allocation and request mechanisms
6.5. Network entry and initialization
6.6. QoS Management
6.7. HARQ Interlace Structure
6.7.1. Downlink interlacing structures
6.7.2. Uplink interlacing structures
6.8. Preamble MAC Protocol
6.8.1. Protocol Initialization and Configuration
6.8.2. Procedures for Transmission and Reception of Preamble Common Control
Channels
6.8.3. Interface to Other Protocols
6.9. Random Access Channel MAC Protocol
6.9.1. Protocol Initialization and Configuration
6.9.2. Access Channel Structure
6.9.3. Initiating/Ending Burst Transmissions
6.9.4. Determining Backoff Time
6.9.5. Determining Pilot Level
6.9.6. Determining Initial Access Power
6.10.
Downlink Common Control Channel MAC Protocol
6.10.1. CCCH Resource Blocks
6.10.2. Framing
6.10.3. Access Grant
6.10.4. Procedures for Sending an Access Grant
6.11.
Assignment Resource Blocks
6.11.1. Multiple Codeword MIMO Downlink Assignment Block
6.11.2. Single Code Word MIMO Downlink Assignment Blocks
6.11.3. Uplink Resource Assignment Blocks
6.11.4. Procedures for Uplink Interference Management Control Channels
6.11.5. Procedures for Downlink ACK Channels
6.12.
Downlink Data Channel MAC Protocol
6.12.1. Protocol Initialization and Configuration
6.12.2. Assignment Management
6.12.3. Assignment Management for Persistent Assignments
6.12.3.1. Deassigning Assignments
6.12.3.2. Simultaneous Assignments
6.12.3.3. Supplemental and Non-Supplemental Assignments
6.12.3.4. Multi-code Word Assignments
6.12.3.5. Assignment Acknowledgment
6.12.4. Assignment Management for Non-Persistent Assignments
6.12.4.1. Deassigning Assignments
6.12.4.2. Simultaneous Assignments
6.12.4.3. Resource Reassignment
6.12.4.4. Multi-Code Word Assignments
6.12.4.5. Assignment Acknowledgement
6.12.5. Assignment Management During Handoff
6.12.6. Channel Trees
6.12.7. Transport Formats
6.12.7.1. SISO Mode Transport Formats
6.12.7.2. MIMO Multi-Codeword Transport Formats
6.12.7.3. MIMO Single-Codeword Transport Formats
6.13.
Uplink Control Channel MAC Protocol
6.13.1. Downlink Serving Sector Selection Procedures
6.13.2. Uplink Serving Sector Procedures
6.13.3. Power Control Procedures
6.13.3.1. Open Loop Power Control
6.13.3.2. Closed Loop Power Control
6.13.4. Control Channel Resource Management
6.13.4.1. CQI Transmission
6.13.4.2. SISO CQI
6.13.4.3. Sub-band CQI
6.13.4.4. Fractional Sub-band CQI
6.13.4.5. MIMO CQI
6.13.4.6. SDMA CQI
6.13.5. Resource Request Channel Procedures
6.13.6. ACK Channel Procedures
6.14.
Uplink Data Channel MAC Protocol
6.14.1. Protocol Initialization and Configuration
6.14.2. Assignment Management
6.14.3. Assignment Management for Persistent Assignments
6.14.3.1. Deassigning Assignments
6.14.3.2. Simultaneous Assignments
6.14.3.3. Supplemental and Non-Supplemental Assignments
6.14.3.4. Assignment Acknowledgment
6.14.4. Assignment Management for Non-Persistent Assignments
6.14.4.1. Deassigning Assignments
6.14.4.2. Simultaneous Assignments
6.14.4.3. Resource Reassignment
6.14.4.4. Assignment Acknowledgement
6.14.5. Assignment Management During Handoff
6.14.6. Channel Trees
6.14.7. Transport Formats
6.15.
Co-deployment with other networks
6.15.1. Introduction to Co-deployment of 802.16m with other networks
6.15.2. Coexistence Manager
6.15.2.1. Introduction to Coexistence Manager
6.15.2.2. Key functions of Coexistence Manager
6.15.3. Control of spectrum sensing
6.15.3.1. Spectrum sensing function
6.15.3.2. Interface and input parameters
6.15.4. Interference management
6.15.5. Spectrum management
6.15.6. Interface definition of coexistence manager
6.15.7. Inter network communication
6.16.
Communucation between base stations
6.16.1. Neighbor BS coordination
6.16.1.1. Neighbor BS coordination via MS
6.16.2. Support for cooperative transmission
6.17.
MAC for multi-hop relay
6.18.
Common control channel