四川大学软件学院本科课程教学大纲 - scueducn.doc

《四川大学软件学院本科课程教学大纲 - scueducn.doc》由会员分享，可在线阅读，更多相关《四川大学软件学院本科课程教学大纲 - scueducn.doc（4页珍藏版）》请在得力文库 - 分享文档赚钱的网站上搜索。

1、College of Software EngineeringUndergraduate Course SyllabusCourse ID311234040Course NameComputer Networks and Distributed SystemCourse AttributeCompulsory SelectiveCourse LanguageEnglish ChineseCredit Hour4Period 68SemesterFirst Fall First Spring Second Fall RSecond Spring Third Fall Third Spring F

2、ourth Fall Fourth Spring InstructorsFeng Lin, Yanhong Cheng, Wanzong SongDescriptionThis course provides an introduction to fundamental concepts in the design and implementation ofcomputer communication networks and distributed Systems. Topics to be coveredinclude: overview of network architectures,

3、 applications, network programming interfaces (e.g.,sockets), transport, congestion, routing, and data link protocols, addressing, local area networks,wireless networks, network security, and distributed systems. Examples will be drawn primarilyfrom the Internet (e.g., TCP, UDP, and IP) protocol sui

4、te.PrerequisitesJava Programming/C ProgrammingData Structures & AlgorithmComputer Organization and ArchitectureOperating SystemsTextbookComputer Networking: A Top Down Approach Featuring the Internet (5th ed.), J.F. Kurose andK.W. Ross, Addison-Wesley Longman.Resource1. Computer Networks (5th ed.):

5、Andrew S. Tanenbaum, Tsinghua University Press2. TCP/IP Illustrated, Volume 1: The Protocols, K. Fall, W.Richard Stevens, China Machine Press, 20163. TCP/IP Illustrated, Volume 2: The Implementation, Gary R.Wright, W. Richard Stevens, China Machine Press, 20194. Unix Network Programming, Volume 1: T

6、he Socket Networking APIs, W. Richard Stevens, Bill Fenner Posts & Telecom Press, 20195.Distributed Systems: Concepts and Design (15th ed.),George Coulouris, Jean Dollimor, Tim Kindberg, China Machine Press, 20136. other related websitesGradingattendance& class participation (10%)home assignments (1

7、0%), midterm exam (15%),course project & experiments (25%), final exam (40%)TopicsPart 1: Introduction (8H)whats the Internet?whats a protocol?network edge: hosts, access net, physical medianetwork core: packet/circuit switching, Internet structureperformance: loss, delay, throughputsecurityprotocol

8、 layers, service modelshistory Part 2: The Application Layer (8H)Principles of network applicationsWeb and HTTPFTP Electronic Mail: SMTP, POP3, IMAPDNSP2P applicationsSocket programming with TCPSocket programming with UDP PROGRAMMING ASSIGNMENT Part 3: The Transport Layer (10H)Transport-layer servic

9、esMultiplexing and demultiplexingConnectionless transport: UDPPrinciples of reliable data transfer Connection-oriented transport: TCPsegment structurereliable data transferflow controlconnection managementPrinciples of congestion controlTCP congestion controlPart 4: The Network Layer (10H)Introducti

10、onVirtual circuit and datagram networksWhats inside a routerIP: Internet ProtocolDatagram formatIPv4 addressingICMPIPv6 Routing algorithmsLink stateDistance VectorHierarchical routingRouting in the InternetRIPOSPFBGPBroadcast and multicast routing (Option)Part 5: The Link Layer and Local Area Networ

11、ks (6H)Introduction and servicesError detection and correction Multiple access protocolsLink-layer AddressingEthernetLink-layer switchesPPPLink virtualization: MPLS(Option)A day in the life of a web requestPart 6: Introduction to Distributed System (6H)Introduction and fundamental conceptsSystem mod

12、elChallengesCase Study: blockchainTools & EnvironmentWireshark, PC with Internet Access,http:/121.48.227.78:8086/Labs & ProjectLabs(20H)Practices network commands on Windows (1.5H)Configurations of IP Address (0.5H)Configurations of Web Server (1H)Configurations of DNS Server (1H)Configurations of F

13、TP Server(1H)Configurations of DHCP Server(1H)Analysis the TCP segments with wireshark(2H)Analysis the FTP messages with wireshark(2H)Analysis the HTTP messages with wireshark(2H)Analysis the UDP segments with wireshark(2H)Configurations of default route on Router(1H)Configurations of Static route o

14、n Router(1H)Configurations of RIP protocol(1H)Configurations of OSPF protocol(1H)Configurations of VLAN(2H)ProjectsEach student has to choose one of the following 5 projects below to implement as his/her course project. The project should be implemented with Socket Programming. There are no special requirements for developing tools or deploy environments.1. Multi-thread Web Server2. Mail Client3. Instant Messaging Utility4. Query-flooding-based Resource Sharer5. Distributed Hash Table4