VoIP

Overview
10.2 Network Access Management
10.3 Basic Medium Access Protocol
10.4 Physical layer
10.5 Network Resource Management
10.6 IEEE 802.11 Standardization Overview
10.7 Summary
11. Voice over IEEE 802.11 Wireless Networks
11.1 VoIP over WLAN Performance Problems
11.2 VoIP Capacity
11.3 VoIP Packet Prioritization
11.4 Handoff Performance
11.5 Reliable Delivery
11.6 Client Power Management
11.7 Issues in Mesh Networks
11.8 Summary
12. IEEE 802.16 WiMAX
12.1 WiMAX Overview
12.2 IEEE 802.11 MAC Protocol Architecture
12.3 MAC Layer Framing
12.4 Physical Layer
12.5 Radio Resource Management
12.6 Competing Technologies
12.7 Summary
13. Voice over WiMAX
13.1 Introduction
13.2 VoIP Service Delivery over WiMAX Network
13.3 QoS Architecture
13.4 Call Admission Control
13.5 Uplink QoS Control
13.6 Enhanced QoS Control for VoIP
13.7 MAC Enhancement Strategies
13.8 Comparison with Competing Technologies
13.9 Summary

PART IV VOIP IN ENTERPRISE NETWORKS
14. Private Branch Exchange (PBX)
14.1 Private Branch Exchange (PBX)
14.2 Case Study: Asterisk OpenSource
14.3 Summary
15. Network Address Translation and Firewall
15.1 Introduction
15.2 NAT Fundamentals
15.3 Applications of NAT
15.4 Types of NAT
15.5 Firewall
15.6 NAT Traversal Solutions
15.7 NAT Traversal in H.323
15.8 Summary

PART V VOIP SERVICE DEPLOYMENT
16. Supporting Services and Applications
16.1 Domain Name System (DNS)
16.2 ENUM
16.3 Network Monitoring
16.4 Direct Inward Dialing
16.5 Emergency Calling (911)
16.6 Fax
16.7 Summary
17. Security and Privacy
17.1 Security and Privacy Issues
17.2 Generic Issues
17.3 VoIPrelated
17.4 Solutions
17.5 Recommendations
17.6 Summary
18. IP Multimedia Subsystem (IMS)
18.1 Introduction
18.2 Architecture Design Goals
18.3 IMS Advantages
18.4 IMS Architecture Organization
18.5 Network Attachment SubSystem (NASS)
18.6 Resource Admission Control Subsystem (RACS)
18.7 IMS Core Subsystem
18.8 IMS QoS Management
18.9 QoS Provisioning Approach
18.10 Summary