1. 1 IEEE 802.16-based Wireless MAN （ WiMAX ）架構下 IPTV Multicasting 系 統之設計與研究 Design and Study of an IPTV multicating system over IEEE 802.16-based Wireless MAN Speaker ： Yang Chi-Wen 楊啟彣 Advisor ： Dr. Ke Kai-Wei 柯開維 博士 Date ： 07/29/2008

2. 2 Outline Introduction Internet Protocol Television Worldwide Interoperability for Microwave Access DirectShow IPTV Multicasting System over Proxim WiMAX System Architecture System Design SubSystem Conclusion & Future Work Demo

3. 3 IPTV Architecture

4. 4 IPTV Technology Video Codec Digital Right Management Content Delivery Network Electronic Program Guide Streaming Multicast

5. 5 IPTV Functional Architecture

6. 6 IPTV Delivery Technology

7. 7 WiMAX Architecture

8. 8 WiMAX QoS

9. 9 DirectShow System

10. 10 Filter Graph

11. 11 Outline Introduction Internet Protocol Television Worldwide Interoperability for Microwave Access DirectShow IPTV Multicasting System over Proxim WiMAX System Architecture System Design SubSystem Conclusion & Future Work Demo

12. 12 Why IPTV over WiMAX? The features of the WiMAX is multicast capability. Increase the Number of Subscribers Scheduled Live Content and Quality Assurance. Mobility.

13. 13 Challenge WiMAX Bandwidth. Instance Channel Change. Mobility. Jitter. Overhead. Transceiver Design. Power Consumption.

14. 14 System Model

15. 15 Protocol Stack

16. 16 System Design （ 1 ） VLAN divided by IP address Multicast Group divided by VLAN and Channel Select one prefix group （ 225 ）： first byte Reserved ： second byte VLAN ： third byte Channel ： fourth byte

17. 17 System Design （ 2 ） In the third byte, Define 255 is broadcast. WiMAX Quality of Service Setup

18. 18 System Design （ 3 ） WiMAX Packet Identify Rule Service Class Creation Packet Identify Rule Service Flow Class Subscriber Station Class Relationship ： SS Class  SF Class  PIR Subscriber Station List

19. 19 Unicast for VoD

20. 20 Multicast for Live

21. 21 Filter Graph

22. 22 Media Server （ VoD ）

23. 23 Media Server （ Live ）

24. 24 Server FlowChart

25. 25 Client FlowChart

26. 26 Multicast Algorithm

27. 27 RTP Client

28. 28 Renderer

29. 29 Outline Introduction Internet Protocol Television Worldwide Interoperability for Microwave Access DirectShow IPTV Multicasting System over Proxim WiMAX System Architecture System Design SubSystem Conclusion & Future Work Demo

30. 30 Conclusion Using DirectShow Solution to implement the graph. Use RTP Protocol to send content. Using PMP feature of WiMAX to implement multicast algorithm. The system capacity increase. QoS assurance. The user have the capability to watch TV when they are outside.

31. 31 Future Work Technology RTSP Gateway DRM Application Function Codec Application Real-Time Long Distance E-Learning Send Message by Location in Vehicle Interactive Game

32. 32 Demo