TCP / IP Protocol and Network Programming Technology

  • Created: 2015-10-18
  • 4825
Name:TCP / IP Protocol and Network Programming Technology
No.:S081201ZJ005Semester:Spring
Hour:40Credit:2.0
Teacher:Zhang, Yuqing
Introduction:
　 
Prerequisites：Computer Networks; C++ Program Designing


Aims & Requirements: This course focuses on the integration of practical program implementation and fundamental designing principles. The aspects of knowledge in this course are composed of architecture of TCP/IP protocol, regular protocols in application-layer, implementation of TCP/IP protocol, Internet program architecture based on TCP/IP, principles of socket programming, and TCP and UDP socket programming. After this course, learners are supposed to be familiar of TCP/IP protocol and capable of designing and implementing Internet communicating software.
Content:
　 
Primary Coverage：(Contents at a Glance) 


Part 1: TCP/IP protocol family


Chapter 1: Internet Overview History of Internet; Internet Governance; Internet protocols and Standards; the State of Art and Future in Internet


Chapter 2: Architecture of TCP/IP Protocol Family TCP/IP Hierarchy; Comparison between TCP/IP Hierarchy and OSI seven-layer Architecture


Chapter 3: Dominant Protocols in TCP/IP Protocol Family IP, ARP and RARP Protocol; ICMP Protocol; Routing Protocol; UDP Protocol; TCP Protocol.


Chapter 4: Common protocols in application-layer Telnet; SMTP protocol; HTTP protocol ; FTP protocol


Chapter 5: The Implementation of TCP/IP Protocol in Regular Operating Systems Windows TCP/IP implementation; UNIX/Linux TCP/IP implementation


Part 2: TCP/IP Internet Programming


Chapter 6: Standard TCP/IP Programming Interface—Socket Socket Overview; Address and its operation function; Port; Byte Order Issue; Three types of socket and two I/O modes; basic socket functions; a simple client program sample


Chapter 7: Client-server Model Basic model; Winsock I/O model


Chapter 8: socket options socket options; broadcasting; Multicast; plain socket programming


Chapter 9: UDP Server programming Multi-threads programming, Iterative server, Concurrent server


Chapter 10: TCP Server Programming Multi-threads programming, iterative server, Analysis of and comparison on regular server architectures


Chapter 11: Internet programing Sample Instructions on MyWeb server, analysis of the source code, conclusion.
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