 and Power Management 6.9.1 Sleep Mode Operation 6.9.2 Idle Mode Operation 6.10 Scheduling Services 6.10.1 Persistent Scheduling 6.0.2 Group Resource Scheduling 6.11 Bandwidth Request and Allocation 6.12 Multi-radio Coexistence 6.13 3GPP LTE Radio Resource Control Functions 6.13.1 Mobility Management and Handover 6.13.2 Scheduling and Rate Control Functions 6.13.3 Discontinuous Reception in RRC_CONNECTED State 6.13.4 Quality of Service Appendix A: Proportional Fair Scheduling Algorithm CHAPTER 7 The IEEE 802.1 16m Medium Access Control Common Part Sub-layer (Part II) 7.1 Automatic Repeat Request 7.1.1 ARQ Principles 7.1.2 IEEE 802. 16m ARQ Mechanism 7.1.3 ARQ State Machine 7.2 Hybrid Automatic Repeat Request Functions 7.2.1 HARQ Principles Contents 7.2.2 IEEE 802.16m HARQ Mechanism 7.2.3 HARQ Timing and Signaling Protocols 7.3 MAC PDU Formation 7.4 3GPP LTE Radio Link Control and Medium Access Control Sub-Layers 7.4.1 3GPP LTE MAC Sub-Layer 7.4.2 Logical and Transport Channels 7.4.3 3GPP LTE RLC Sub-Layer 7.4.4 ARQ and HARQ in LTE CHAPTER 8 The IEEE 802. 16m Security Sub-Layer 8.1 Security Architecture 8.2 Authentication 8.3 Key Management Protocol (PKMv3) 8.3.1 Key Derivation 8.3.2 Key Exchange 8.3.3 Key Usage 8.4 Security Association Management 8.5 Cryptographic Methods 8.6 Control-plane Signaling Protection 8.7 User Privacy 8.8 3GPP LTE Security Aspects CHAPTER 9 The IEEE 802. 16m Physical Layer (Part I) 9.1 Overview of IEEE 802. 16m Physical Layer Processing 9.2 Characteristics of Wireless Channels 9.3 SC-FDMA and OFDMA Principles 9.4 Downlink and Uplink Multiple Access Schemes 9.5 IEEE 802.16m Duplex Modes 9.6 Frame Structure 9.7 The Concept of Time Zones and Frequency Regions 9.8 Subchannelization and Permutation 9.8.1 Downlink Subchannelization and Permutation 9.8.2 Uplink Subchannelization and Permutation 9.9 Pilot Structure and Channel Estimation 9.9.1 Pilot Structure Design Criteria 9.9.2 Downlink Pilot Structure 9.9.3 Uplink Pilot Structure 9.10 MIMO Midamble 9.11 Pilot-based Channel Estimation 9.12 Ch