《網(wǎng)絡(luò)協(xié)議分析與設(shè)計(jì)英文版》課程教學(xué)大綱

1、網(wǎng)絡(luò)協(xié)議分析與設(shè)計(jì)英文版課程教學(xué)大綱“Network Protocol Analysis and Design”Course Teaching Syllabus、Basic Course InformationCourse Name（Chinese）網(wǎng)絡(luò)協(xié)議分析與設(shè)計(jì)Course Name（English）Network Protocol Analysis and DesignCourse Type1:Major CoursesCourse Nature2Compulsory CourseLanguage of Instruction3:All in EnglishTeaching Semes

2、ter5Credit3Teaching Periods and AllocationTotal PeriodsTeachingPracticeExtracurricular483216Applicable MajorsNetwork EngineeringTextbooksNetworkProtocol Analysis, Xiaorui Kou, Junyong Luo, Yanrong Cai, China Machine Press, Version 2CollegesSchool of Computer and Software HYPERLINK C:/Users/%E6%9C%B1

3、%E6%96%87%E8%8A%B3/AppData/Local/youdao/dict/Application/resultui/html/index.html l /javascript:; Prerequisite HYPERLINK C:/Users/%E6%9C%B1%E6%96%87%E8%8A%B3/AppData/Local/youdao/dict/Application/resultui/html/index.html l /javascript:; CourseComputer Network, Computer Organization and ArchitectureF

4、ollow-up CourseAdvanced Routing and Switching Configuration Technology, Network Attack and Defense Technology, Network System Design and Management, Modern Communication Technology HYPERLINK C:/Users/%E6%9C%B1%E6%96%87%E8%8A%B3/AppData/Local/youdao/dict/Application/resultui/html/index.html l /javasc

5、ript:; Course HYPERLINK C:/Users/%E6%9C%B1%E6%96%87%E8%8A%B3/AppData/Local/youdao/dict/Application/resultui/html/index.html l /javascript:; IntroductionBasic Orientation of Course:(Describe the role of courses in the development of professional talents)“Network protocol analysis and design” is an im

6、portant professional compulsory course of network engineering specialty, which is a computer application technology course with both theory and practice. Through the study of this course, students can establish the concept of network protocol analysis and design, initially grasp the analysis and des

7、ign ability of classic transmission and distribution protocol of computer network, and can skillfully use the knowledge, methods and tools related to network protocol to design solutions to complex engineering problems related to computer network system.Core Learning Outcomes: (Reflect the core teac

8、hing objectives of course teaching)Through the study of this course, students should be able to understand why multiple physical networks can be interconnected into a well-coordinated system, how the interconnection network protocol works, and how applications use the interconnection network system.

9、 Students can also learn many technical details of TCP/IP Internet: Internet protocol, routing protocol, Internet control protocol, multicast and Internet group management protocol, user datagram protocol, transmission control protocol, application-oriented protocol, simple network management protoc

10、ol, network security protocol, etc.Main Teaching Methods:The basic theories and concepts, basic analysis and design methods of the course are mainly taught by lectures and discussions. IP protocol, routing protocol, network communication protocol, protocol message format analysis and other content a

11、re taught by lectures, discussions, case analysis, demonstration and other teaching methods.Syllabus Update TimeAugust 23, 2020PS: 1. Course Type: Select and fill in General Education Core Courses/General Education Development Courses/General Courses/Discipline Basic Courses/Major Courses/Profession

12、al Elective Courses/Professional Practice/Quality Development.Course Nature:Select and Fill in Selective Course/Compulsory Course.Language of Instruction:Select and Fill in Chinese/Bilingual/ All in English or Other Languages.、Course ObjectivesNumberCourse Objectives(Refer to Training Objectives, Gr

13、aduation Requirements and Course Orientation)Index Points of Graduation Requirement to be Supported1Ways to Achieve1.1Understand and grasp the basic concepts of network interconnection and TCP/IP protocol family, network hierarchy and standardization; grasp the basic knowledge of Internet IP interco

14、nnection protocol, routing configuration, routing discovery and routing determination; grasp UDP message, check and calculation principles, as well as TCP connection mechanism, transmission control, message format; grasp application layer protocol basic message format, transmission mechanism, etc.Le

15、cture, discussion, case study and demonstration, out-of-class simulation2.1The basic concepts and knowledge of computer network can be used to analyze the message structure and transmission mechanism of network protocols; the user needs can be analyzed, corresponding solutions and processes can be p

16、roposed, and simple network communication protocols can be designed.Lecture, discussion, case study and demonstration, out-of-class practice3.1Grasp the principles of network process communication and related programming tools and development technologies, have team work and organizational managemen

17、t capabilities, and can complete the analysis, design and development of network communication protocols for complex engineering problems and needs.Lecture, discussion, case study and demonstration, out-of-class practicePS:1. to be Supported: Optional. They are required for Professional Certificatio

18、n and courses with Index Points of Graduation Requirement. Otherwise, they can be left blank.、Theoretical Teaching ContentChapter TitleTeaching ContentTeaching PeriodsIdeological and Political Integration Points1Expected Outcome of Students Learning2Teaching Methods3Course ObjectivesChapter 1:Overvi

19、ew of network protocol1. Network interconnection and TCP / IP0.5Properly apply “Party Building” theory. Establish a correct outlook on life, values and world. Combine what the course has learned with self-growthUnderstanding the nature of network interconnection; Understanding the role of IP in the

20、process of network interconnection; Understanding the core idea of TCP/IP protocol family; Understanding the idea and principle of common protocol hierarchy; Understanding the hierarchical model of TCP/IP; Understanding the meaning of multiplexing and decomposition; Understanding the development of

21、TCP/IP; Understanding the standardization of TCP/IP protocol.Lecture1.12. Network protocol layering1Lecture and discussion1.1, 1.23. Development and standardization of TCP / IP1Lecture and case demonstration1.1Chapter 2:Network protocol1. Internet Protocol IP1Grasp the format of IP datagram and the

22、purpose of each field; grasp the idea of fragmentation and reorganization of IP datagram; understand the existing fragmentation and reorganization algorithm; grasp the IP datagram routing algorithm; understand the background of IPv6 generation; understand the difference between IPv6 and IPv4; unders

23、tand the format of IPv6 datagram; Grasp the application scenario, working model and mechanism of mobile IP, three basic functions of mobile IP and corresponding message types, and understand tunnel technology.Lecture, discussion, after class simulation1.1, 1.22. Next generation IP: IPv61Lecture and

24、case demonstration1.13. Mobile IP1Lecture and discussion1.1Chapter 3:Routing protocol1. Establishment and maintenance of routing table1Persist “Armed struggle”, i.e. follow the latest frontiers of routing protocols, grasp the principles, ideas, usage scenarios and development directions of routing p

25、rotocolsUnderstand the way of static routing configuration; grasp the principle of dynamic routing information exchange; understand the classification of routing technology; understand the vector distance algorithm, link state algorithm and use occasions; understand the development of Internet routi

26、ng structure; grasp the Internet routing architecture.Lecture and case1.1, 1.22. Path determination method and routing algorithm2Lecture and case1.1, 1.23. Internet routing structure2Lecture1.1Chapter 4:Internet Control Protocol1. Problems in IP datagram delivery1Understand the routing loop caused b

27、y misconfiguration; Understand the loss of datagrams in the process of fragmentation and reorganization; Understand the cause of datagram discarding; Understand the Internet address idea, address format and address classification; Understand the application occasion, thought, process and message for

28、mat of ARP; Understand the application occasion, thought and working process of RARP; Understand the role of ICMP protocol and message type; Grab the applications and formats of various messages; understand the application principles of Ping and Traceroute; understand the congestion control and path

29、 control ideas of ICMP.Lecture and discussion1.11.22. Internet address and address resolution protocol1Lecture, case demonstration and after class practice3. Internet control message protocol1Learn to “Integrate Theory with Practice”. Apply the knowledge learned in the course to solve actua

30、l needs and complex engineering problems1.11.2Chapter 5:UDP user datagram protocol1. Introduction of transport layer0.5Understand the role of the transport layer; grasp the identity of network applications; understand the basic mechanism of UDP in data transmission; grasp UDP message format; grasp t

31、he principle of computing UDP message checksum; understand the multiplexing and multiplexing of UDP ports; grasp the C/S model and the use of ports.Lecture1.12. UDP message and check sum calculation2Lecture and discussion1.11.23. UDP port and multiplexing and demultiplexing2Lecture and discussion1.1

32、1.21.3Chapter 6:TCP transmission control protocol1. TCP connection and reliability guarantee mechanism2Grasp the characteristics of TCP; Grasp the establishment and closing of TCP connections; Understand TCP-related network security issues; Grasp the mechanism of TCP to ensure reliability; Grasp rel

33、iable data flow delivery issues that must be solved; Understand the idea and algorithm of timeout retransmit timer; Grasp methods to improve transmission efficiency and traffic control; Understand the reasons why TCP solves congestion control; Grasp TCP congestion control methods; Understanding the

34、improved algorithm of related congestion control methods; Understanding the meaning of each field of TCP message segment; Understanding the meaning and function of TCP bits; Understanding the calculation method of TCP checksum; Understanding the function of TCP options.Lecture and discussion1.11.22.

35、 TCP improve transmission efficiency and flow control mechanism2Lecture and after class simulation3. Congestion control mechanism of TCP2Lecture and case1.11.24. TCP message format2Lecture and discussion1.11.2Chapter 7:Simple network management protocol1. Brief introduction of simple networ

36、k management protocol0.5Understanding the requirements of network management; Understanding the framework and composition of SNMP standards; Understanding the history of SNMP; Understanding the main branches of SNMP MIB objects; Understanding the role of MIB and object naming; Understanding the cont

37、ent of SNMP communication protocol; Understanding the SNMP communication protocol flow and message format; Understanding the processing of request messages.Lecture1.12. Management information base MIB1Lecture, discussion1.13. SNMP communication protocol1Lecture, discussion1.1Chapter 8:Application Or

38、iented Protocols1. File Sharing and FTP1Understand the characteristics of FTP; Grasp the FTP model; Understand the history and composition of the World Wide Web; Grasp the working principle of accessing WWW server web pages; Grasp the interaction between HTTP client and server; Understand the compos

39、ition of e-mail; Understand the various protocols and roles involved in e-mail system; Understand the functions and usage methods of Whois; Understand the relationship between Whois and WWW.Lecture, case demonstration, after-class practice2. World Wide Web WWW and Hypertext Transfer Protoco

40、l HTTP1Lecture, case demonstration, after-class practice3. E-mail system1Lecture, case demonstration, after-class practice4. Information Query Whois0.5Lecture, case demonstration, after-class practice1.11.2PS: 1. Ideological and Political Integration Points:Write at least 3 points

41、that the ideological and political education content and professional education content will be organically integrated in this course teaching (the same below).Expected Outcome of Students Learning: describe the level of knowledge, ability, or accomplishment that a student should acquire after compl

42、eting this section (the same below).Teaching Methods: including lectures, discussions, cases, demonstrations, etc., but not limited to listed methods. Listed points should be based on the actual needs of the course.、Practical (Experiment or Practice) Teaching1NumberName of Experiment or Practice Pro

43、jectTeaching ContentTeaching Periods Experiment or Practice Type2Ideological and Political Integration PointsExpected Outcome of Students LearningCourse Objectives1IP protocol configuration and routing table usageIPv4 protocol configuration and management; IPv6 protocol configuration and management;

44、 routing table access and update, management2VerifiabilityGrasp network layer IP protocol configuration management and routing table related technology1.11.22Monitoring and management of ICMP and ARP protocol packetsCapture and analysis of network control and management protocol data packet; capture

45、 and analysis of address resolution protocol data packet2VerifiabilityGrasp the packet format and analysis method of ICMP and ARP protocol1.11.23Monitoring and management of UDP and TCP protocol packetsThe capture, analysis and management of user datagram protocol (UDP) packets and transmission cont

46、rol protocol (TCP) packets are described2VerifiabilityGrasp the packet format and analysis method of UDP and TCP protocol1.11.24File transfer protocol (FTP) and HTTP protocol practiceFile transfer protocol (FTP) use, server establishment and management. The use of HTTP protocol, the establishment an

47、d management of server.2VerifiabilityGrasp FTP and HTTP service related knowledge and technology1.11.25Construction of working LANInstall the operating system and TCP / IP protocol on the computer specified in the working group, and configure the parameters such as IP address, mask and gateway.4Comp

48、rehensivenessAble to create a simple web server, and make some web pages, put them into the web server and an FTP server, to achieve file upload and download6Design of simple communication protocolAnalyze requirements of communication protocols. Design a simple communication protocol4Design

49、abilityAble to analyze and design a simple communication protocolPS: 1.This form can be used for in-class practical teaching or for a comprehensive practical course.2.Experiment Type:select and fill in Verifiability/Comprehensiveness/designability; Practice Type: select and fill in Understa

50、nding Practice/Production Practice/Graduation Practice.、 HYPERLINK C:/Users/%E6%9C%B1%E6%96%87%E8%8A%B3/AppData/Local/youdao/dict/Application/resultui/html/index.html l /javascript:; Course HYPERLINK C:/Users/%E6%9C%B1%E6%96%87%E8%8A%B3/AppData/Local/youdao/dict/Application/resultui/html/index.html

51、l /javascript:; Evaluation（1）The Corresponding Relationship among Assessment Contents, Assessment Methods and Course ObjectivesCourse ObjectivesAssessment ContentsThe Course Objectives Account for the Proportion in Each Assessment Method1 HYPERLINK C:/Users/%E6%9C%B1%E6%96%87%E8%8A%B3/AppData/Local/

52、youdao/dict/Application/resultui/html/index.html l /javascript:; Daily HYPERLINK C:/Users/%E6%9C%B1%E6%96%87%E8%8A%B3/AppData/Local/youdao/dict/Application/resultui/html/index.html l /javascript:; PerformanceCourse AssignmentsMid-term ExaminationFinal Examination1Network interconnection and TCP / IP

53、 protocol family concept knowledge, network “simplify the problem, divide and conquer” strategy, TCP / IP layered model and the dependence between protocols; IP fragmentation and reorganization, the establishment and maintenance of static routing table, ICMP error report message, request / response

54、message, one-way notification control class message and experimental message; UDP message format, encapsulation, maximum user datagram length, relationship between process and port number; TCP confirmation mechanism, slow start and congestion avoidance; SNMP reference model and message format; HTTP

55、message format, SMTP running process.30%20%60%60%2Analysis of network protocol packet structure, transmission and control mechanism, mobile IP principle and working mechanism, mobile IP routing technology; dynamic routing information exchange mechanism, vector distance algorithm and link state algor

56、ithm steps; analysis of user communication needs, propose the corresponding solutions and processes, network communication protocol design.30%40%20%30%3.Network process communication principle: Address Resolution Protocol ARP, ICMP application; the relationship between process and port number and it

57、s application; three handshake process and its implementation; FTP access control, mail receiving and sending design.40%40%20%10% Total100%100%100%100%Weight of Each Assessment Method in the Total Score (Self-assigned)10%10%20%60%PS: 1.The Course Objectives Account for the Proportion in Each Assessm

58、ent Method: the diversified assessment methods are designed and formulated by ourselves according to the course objectives. The lists in the table are for reference only (the red data can be deleted). However, the listed assessment methods must cover all students and may be adjusted according to the

59、 specific teaching conditions of the semester.2.Weight of Each Assessment Method in the Total Score: according to the actual situation of the course, the weight of each assessment method in the total score is assigned.（2）Grading Criteria for Assessment Method 1.Grading Criteria for Course Assignment

60、s Course ObjectivesGrading Criteria (Grading Section can be Designed According to the Needs of the Course)Proportion90-100(Excellent)80-89(Good)60-79(Pass)0-59(Fail)1.Complete the same number of assignments assigned by the teacher on time. The handwriting is clear, the thinking of answering question