int 3.1.7 Media-Independent Handover Reference Model for IEEE 802.16 3.2 The IEEE 802.16m Protocol Structure 3.2.1 Data-Plane and Control-Plane Functions in Base Stations and Mobile Stations 3.2.2 Data-Plane and Control-Plane Functions in Relay Stations 3.2.3 Protocol Structure for Support of Multi-Carrier Operation 3.2.4 Protocol Structure for Support of Multicast and Broadcast Services 3.3 3GPP LTE/LTE-Advanced Protocol Structure CHAPTER 4 IEEE 802. 16m System Operation and State Diagrams 4.1 IEEE 802.16m Mobile Station State Diagrams 4.1.1 Initialization State 4.1.2 Access State 4.1.3 Connected State 4.1.4 Idle State 4.2 Network Entry 4.2.1 Normal Network Re-Entry 4.2.2 Fast Network Re-Entry 4.3 State Transitions and Mobility 4.4 State Transitions in Relay Stations 4.4.1 Initialization State 4.4.2 Access State 4.4.3 Operational State 4.5 Operational States of Femto Base Stations 4.6 3GPP LTE User Equipment States and State Transitions 4.6.1 Acquisition of System Information 4.6.2 Connected Mode Mobility CHAPTER 5 The IEEE 802. 16m Convergence Sub-Layer 5.1 Header Compression 5.1.1 Robust Header Compression 5.2 Service Flow Classification and Identification 5.2.1 Service Flow Attributes 5.2.2 Service Flow Types 5.2.3 Service Flow Classification 5.3 Packet Convergence Sub-layer 5.3.1 Packet CS Payload Header Suppression 5.4 Generic Packet Convergence Sub-layer 5.5 The 3GPP LTE Packet Data Convergence Protocol Contents CHAPTER 6 The IEEE 802.16m Medium Access Control Common Part Sub-layer (Part I) 6.1 Addressing 6.2 MAC PDU Headers 6.2.1 Legacy Generic MAC Header 6.2.2 IEEE 802.16m MAC Headers 6.3 MAC Signaling Headers 6.3.1 Legacy MAC Signaling Headers 6.3.2 IEEE 802.16m Signaling Headers 6.4 Mobility Management and Handover 6.4.1 Handover Mechanisms 6.4.2 Handover Process 6.4.3 IEEE 802.16m Handover Scenarios 6.4.4 Handover to and From Legacy Systems 6.5 Quality of Service 6.5.1 Legacy QoS Classes 6.6 IEEE 802.16m QoS Classes 6.7 MAC Management/Control Messages 6.8 Connection and Session Management 6.9 Mobility