1. WIMAX聚合子層於嵌入式系統下之探討與實現
The research and implementation of WiMAX convergence sublayer system over an embedded system
Advisor : Dr. Kai-Wei Ke
Speaker : Chao-Sung Yah
Data : /01

2. OUTLINE Introduction Service Flow Categorization Design
IEEE d MAC Layer
IEEE d CS sub-layer
Service Flow Categorization Design
IEEE802.1Q/P
Type of Service
Diff-Serv
Well-know Port
RTP protocol
IEEE d-2004 Convergence Sub-layer Implementation
System Architecture
Subsystem design
System flow
System over embedded system
Conclusion and Future Work
References

3. IEEE 802.16D MAC LAYER Convergence Sublayer (CS)
Mapping external network data into MAC SDU
Classifying external network SDU
Associating to MAC connection ID
Payload header suppression (PHS)
Common Part Sublayer (CPS)
System access
Bandwidth allocation
Connection establishment
Connection maintenance
Security Sublayer
Authentication
Security key exchange
Encryption

4. OUTLINE Introduction Service Flow Categorization Design
IEEE d MAC Layer
IEEE d CS sub-layer
Service Flow Categorization Design
IEEE802.1Q/P
Type of Service
Diff-Serv
Well-know Port
RTP protocol
IEEE d-2004 Convergence Sub-layer Implementation
System Architecture
Subsystem design
System flow
System over embedded system
Conclusion and Future Work
References

5. Asyncronous Transfer Mode (ATM) CS Packet CS
SERVICE SPECIFIC
Asyncronous Transfer Mode (ATM) CS
Packet CS
The packet CS is used for transport for all packet-based protocols such as Internet Protocol (IP),Point-to-Point Protocol (PPP), and IEEE Std (Ethernet).
Other CSs may be specified in the future

6. PACKET CONVERGENCE SUB-LAYER(PCS)
Down-link
Classification of the higher-layer protocol PDU
Suppression of payload header information (optional)
Delivery of the resulting CS PDU to the MAC SAP
UP-link
Receipt of the CS PDU from MAC SAP
Rebuilding of any suppressed payload header information (optional)

7. CLASSIFICATION

8. PAYLOAD HEADER SUPPRESSION (PHS) INFORMATION EXCHANGE

9. PAYLOAD HEADER SUPPRESSION (PHS) METHOD

10. OUTLINE Introduction Service Flow Categorization Design
IEEE d MAC Layer
IEEE d CS sub-layer
Service Flow Categorization Design
IEEE802.1Q/P
Type of Service
Diff-Serv
Well-know Port
RTP protocol
IEEE d-2004 Convergence Sub-layer Implementation
System Architecture
Subsystem design
System flow
System over embedded system
Conclusion and Future Work
References

11. IEEE802.1Q/P FIELD

12. PRIORITY AND SERVICE FLOW VALUE DESIGN
Priority value
Service Flow Type
Define No Priority 1 BE
2~3
NRTPS
4~5
RTPS
6~7
UGS

13. OUTLINE Introduction Service Flow Categorization Design
IEEE d MAC Layer
IEEE d CS sub-layer
Service Flow Categorization Design
IEEE802.1Q/P
Type of Service
Diff-Serv
Well-know Port
RTP protocol
IEEE d-2004 Convergence Sub-layer Implementation
System Architecture
Subsystem design
System flow
System over embedded system
Conclusion and Future Work
References

14. TYPE OF SERVICE 1 2 3 4 5 6 7
Precedence D T R C
Reserved

15. TYPE OF SERVICE IP Precedence Priority 000 Routine (lowest priority)
001
010
Immediate
011
Flash
100
Flash Override
101
Critical
110
Internetworking Control
111
Network Control (highest priority)

16. SUGGESTION VALUE Application Delay Throughput Reliability Cost Telnet1
FTP Command
FTP DATA
SMTP Command
SMTP Data
DNS
ICMP
NNTP

17. OUTLINE Introduction Service Flow Categorization Design
IEEE d MAC Layer
IEEE d CS sub-layer
Service Flow Categorization Design
IEEE802.1Q/P
Type of Service
Diff-Serv
Well-know Port
RTP protocol
IEEE d-2004 Convergence Sub-layer Implementation
System Architecture
Subsystem design
System flow
System over embedded system
Conclusion and Future Work
References

18. DIFFERENTIAL SERVICE(DIFFSERV)1 2 3 4 5 6 7
Differential Service Code Point (DSCP) CU

19. DIFFERENTIAL SERVICE CODE POINT
Four kind of Per Hop Behavior ：
一、The Default PHB：DCSP value is ， Service type is Best Effort Service 。
二、Class-Selector PHBs，DSCP value is xxx000， the default Codepoint is also Class-Selector Codepoint 。
三、Expedited Forwarding(EF) PHB，low loss ， low delay ，low jitter，bandwidth guarantee ， DSCP value is 。
四、Assured Forwarding (AFxy) PHB ， F4>F3>F2>F1 ，Fx3>Fx2>Fx1

21. DSCP/TOS VALUE DESIGN

22. OUTLINE Introduction Service Flow Categorization Design
IEEE d MAC Layer
IEEE d CS sub-layer
Service Flow Categorization Design
IEEE802.1Q/P
Type of Service
Diff-Serv
Well-Know Port
RTP protocol
IEEE d-2004 Convergence Sub-layer Implementation
System Architecture
Subsystem design
System flow
System over embedded system
Conclusion and Future Work
References

23. WELL-KNOW PORT AND SERVICE FLOW VALUE DESIGN
Port Number
Service Name
Transport Protocol
Application Service
Server Flow 7
Echo
TCP/UDP
Reply test BE 20
FTP Data
TCP
FTP Data Port
NRTPS 21
FTP
FTP Control Poet 23
Telnet
Telnet Server Port 25
SMTP
Simple Mail Transfer Protocol 43
Who is
Who、Nickname 53
Domain
Domain Name Server（DNS） 69
TFTP
UDP
Trivial File Transfer Protocol 80
HTTP
Web Server
110
POP3
Post Office Protocol 3
443
HTTPS
Encryption HTTP
554
RTSP
Real Time Stream Control Protocol
RTPS

24. OUTLINE Introduction Service Flow Categorization Design
IEEE d MAC Layer
IEEE d CS sub-layer
Service Flow Categorization Design
IEEE802.1Q/P
Type of Service
Diff-Serv
Well-Know Port
RTP protocol
IEEE d-2004 Convergence Sub-layer Implementation
System Architecture
Subsystem design
System flow
System over embedded system
Conclusion and Future Work
References

25. RTP Header
IP header
UDP header
RTP header
RTP payload

26. RTP PAYLOAD TYPE AND SERVICE FLOW VALUE DESIGN
Server Flow
Audio
0~23
UGS
Vedio
24~33
RTPS
Unknow
33 up

27. OUTLINE Introduction Service Flow Categorization Design
IEEE d MAC Layer
IEEE d CS sub-layer
Service Flow Categorization Design
IEEE802.1Q/P
Type of Service
Diff-Serv
Well-Know Port
RTP protocol
IEEE d-2004 Convergence Sub-layer Implementation
System Architecture
Subsystem design
System over embedded system
Conclusion and Future Work
References

28. SYSTEM ARCHITECTURE

29. OUTLINE Introduction Service Flow Categorization Design
IEEE d MAC Layer
IEEE d CS sub-layer
Service Flow Categorization Design
IEEE802.1Q/P
Type of Service
Diff-Serv
Well-Know Port
RTP protocol
IEEE d-2004 Convergence Sub-layer Implementation
System Architecture
Subsystem design
System over embedded system
Conclusion and Future Work
References

30. SENDER SIDE FLOW CHART

31. RECEIVER SIDE FLOW CHART

32. OUTLINE Introduction Service Flow Categorization Design
IEEE d MAC Layer
IEEE d CS sub-layer
Service Flow Categorization Design
IEEE802.1Q/P
Type of Service
Diff-Serv
Well-Know Port
RTP protocol
IEEE d-2004 Convergence Sub-layer Implementation
System Architecture
Subsystem design
System over embedded system
Conclusion and Future Work
References

33. System over embedded system

34. OUTLINE Introduction Service Flow Categorization Design
IEEE d MAC Layer
IEEE d CS sub-layer
Service Flow Categorization Design
IEEE802.1Q/P
Type of Service
Diff-Serv
Well-Know Port
RTP protocol
IEEE d-2004 Convergence Sub-layer Implementation
System Architecture
Subsystem design
System over embedded system
Conclusion and Future Work
References

35. CONCLUSION AND FUTURE WORK
To design A strong Classification is difficult, especially to differentiate multimedia.
A complex Classification can enhance QoS efficiency.
Future Work
1.IPv6 Classification impletement.
2.IEEE802.16e silence voice categorization.

36. OUTLINE Introduction Service Flow Categorization Design
IEEE d MAC Layer
IEEE d CS sub-layer
Service Flow Categorization Design
IEEE802.1Q/P
Type of Service
Diff-Serv
Well-Know Port
RTP protocol
IEEE d-2004 Convergence Sub-layer Implementation
System Architecture
Subsystem design
System over embedded system
Conclusion and Future Work
References

37. REFERENCES RFC Source Book
標籤交換虛擬網路下端點對端點服務品質保證之研究
c/view_etd?URN=
Point-to-Point Protocol over Ethernet
Point_Protocol_over_Ethernet#PADI
RFC 2474 ： Definition of the Differentiated Services Field (DS Field) in the IPv4 and IPv6 Headers
RFC 1890 ： RTP Profile for Audio and Video Conferences with Minimal Control Status of this Memo