9.15.1 Multiple Access Schemes 9.15.2 Frame Structure 9.15.3 Physical Resource Blocks 9.15.4 Modulation and Coding 9.15.5 Physical Channel Processing 9.15.6 Reference Signals 9.15.7 Physical Control Channels 9.15.8 Downlink and Uplink HARQ 9.15.9 Physical Random Access Channel 9.15.10 Cell Search 9.15.11 PDSCH Transmission Modes CHAPTER 10 The IEEE 802. .16m Physical Layer (Part II) 10.1 Control Channels 10.2 Downlink Control Channels 10.2.1 Physical Structure of Advanced MAPs 10.2.2 Advanced MAP Information Elements 10.3 Uplink Control Channels 10.3.1 Fast-Feedback Channels 10.3.2 HARQ Feedback Channel 10.3.3 Sounding Channel 10.3.4 Ranging Channel 10.3.5 Bandwidth Request Channel 10.3.6 Power Control 10.4 Multi-Antenna Transmission Schemes 10.4.1 Capacity of MIMO Channels 10.4.2 Spatial Multiplexing and Diversity 10.4.3 MIMO Receivers 10.4.4 Precoding and Beamforming 10.4.5 Single-User and Multi-User MIMO 10.4.6 Collaborative MIMO and Collaborative Spatial Multiplexing 10.5 IEEE 802.16m Downlink MIMO Schemes 10.6 The IEEE 802.16m Uplink MIMO Schemes 10.7 Multi-BS MIMO 10.8 Interference Mitigation 10.9 Multi-Antenna Techniques in 3GPP LTE 10.10 Multi-Antenna Techniques in 3GPP LTE-Advanced Contents CHAPTER 11 Multi-Carrier Operation 11.1 Principles of Multi-Carrier Operation 11.2 Sub-carrier Alignment and Use of Guard Sub-Carriers 11.3 Carrier Aggregation and Spectral Mask Considerations 11.4 MAC Aspects of Multi-Carrier Operation 11.4.1 Activation/Deactivation and Switching of Component Carriers 11.4.2 Multi-Carrier Handover 11.4.3 Multi-Carrier Power Management 11.5 3GPP LTE-Advanced Multi-Carrier Operation CHAPTER 12 Performance of IEEE 802. 16m and 3GPP LTE-Advanced 12.1 Definition of the Performance Metrics 12.2 Calculation of Static and Dynamic Overhead 12.3 Traffic Models 12.3.1 Statistical Model for Conversational Speech 12.3.2 Full Buffer Traffic Model 12.4 Link-to-system Mapping (PHY Abstraction) 12.5 IMT-Advanced Test Environments 12.6 Network Layout for System-Level Simulations 12.7 IMT-Advanced Eval