Department of Computer Science and Technology 2014
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1 Computer Networks Objectives: To provide thorough understanding of networking concepts and knowledge of OSI layer s functionality Course Outcomes: Upon completion of the course, students shall be able to CO1: CO2: CO3: CO4: CO5: CO6: Summarize about data communication, network architecture, different protocols and standards(ieee). Recognize data transmission techniques and transmission media. Demonstrate error detection and error correction methods. Describe the functionalities of Ethernet standards (IEEE). Describe the functionality of network layer and use protocol at network layer. Describe the functionality of transport layer and use protocol at transport layer. Unit Sub Unit No. of Lecture(s ) Topics Reference Chapter/Additional Reading Teaching Methodology to be used Evaluation Parameter s 1. Introduction to basic concepts (Total 9 Hours) Data Communication Networks The Internet 1.4 Protocol & Standards The OSI Model Layers in OSI Model, Functions of layers TCP/IP Protocol suite 2. Physical & Data Link Layer(Total 8 Hours) (BF)#1-Page No.3-6 (AT)#1-Page No.1-5 (BF)#1-Page No.7-13 (AT)#1-Page No (BF)#1-Page No (AT)#1-Page No.25-26,49-59 (BF)#1-Page No (AT)#1-Page No (BF)#2-Page No (AT)#1-Page No (BF)#2-Page No (AT)#1-Page No Transmission Media (BF)#7-Page No Guided & Unguided Media (AT)#2-Page No Error Detection: VRC, LRC, CRC, Checksum Error Correction: Hamming Code Framing Techniques: Character count, Bit stuffing, Byte Stuffing (BF)#10-Page No (AT)#3-Page No (BF)#10-Page No (AT)#3-Page No (BF)#11-Page No (AT)#3-Page No Data Link Layer Protocols & MAC sub Layer (Total 7 Hours) Discussion, use of video & &Talk & &Talk & &Talk, Hands-on practise& &Talk, Hands-on practise& Quiz-1 Ms. Anju John 1
2 Ethernet (Total 5 Hours) Simplex Protocol (BF)#11-Page No (AT)#3-Page No Stop & wait Protocol (BF)#11-Page No (AT)#3-Page No Selective repeat Protocol (BF)#11-Page No (AT)#3-Page No Go back N Protocol (BF)#11-Page No (AT)#3-Page No & & & & CSMA,CSMA/CD,CSMA/CA (BF)#12-Page No & IEEE Standards (BF)#13-Page No (AT)#4-Page No.271 Standard Ethernet (BF)#13-Page No (AT)#4-Page No Fast Ethernet (BF)#13-Page No (AT)#4-Page No Gigabit Ethernet (BF)#13-Page No (AT)#4-Page No Unit Test -1 Quiz Network Layer (Total 10 Hours) Internetworking Need of Network Layer, Internet as datagram n/w, Internet as Connectionless n/w Ms. Anju John 2 (BF)#20-Page No (AT)#5-Page No.343 Delivery Direct, Indirect (BF)#22-Page No Forwarding : techniques, process, routing table Routing protocols: Distance vector routing, link state routing, path vector routing 6. Transport layer (Total 9 Hours) (BF)#22-Page No (AT)#5-Page No (BF)#22-Page No (AT)#5-Page No &Talk, Hands-on practise& & Process to process delivery (BF)#23-Page No Chalk &Talk & UDP User datagram protocol TCP Transmission Control protocol (BF)#23-Page No (AT)#1-Page No (BF)#23-Page No (AT)#6-Page No Chalk &Talk & Chalk &Talk & Text Book: Behrouz A Forouzan, Data Communications & Networking, 4 th edition, McGraw-Hill -[BF] Reference Books: Andrew S Tanenbaum, Computer Networks, 4 th edition, prentice Hall-[AT] Course Objectives and Course Outcomes Mapping: Understanding of networking concepts: CO1, CO2, CO3, CO4. CO5 & CO6 Unit Test-2 Assignment, Internal Examination
3 To get knowledge of OSI layer s functionality: CO2, CO3, CO5 & CO6 Course Units and Course Outcomes Mapping: Unit No. Unit Course Outcome CO1 CO2 CO3 CO4 CO5 CO6 1 Introduction to Basic Concepts 2 Physical & Data Link Layer 3 Data Link Layer Protocol & MAC sub Layer 4 Ethernet 5 Network Layer 6 Transport Layer Course Outcomes and Program Outcome Mapping: Course Outcomes Program outcome PO1 PO2 PO3 PO4 PO5 PO6 CO1 CO2 CO3 CO4 CO5 CO6 Modes of Transaction (i.e. Delivery) Appropriate methods of teaching shall be decided depending on the objectives of the content taught. Lecture method shall be used for all units. For all unit lecture delivery shall be supplemented with audiovisual aids for the topics namely Network, Protocols, OSI Layer Architecture, Ethernet standards, etc. For Unit 2 to 3 hands-on sessions shall be conducted with emphasis on Error Detection, Error Correction techniques. Self Study of following part of the syllabus shall be done by the students: 1.2 Network (Topology), 4.1 IEEE standards Ms. Anju John 3
4 Activities/Practicum: The following activities shall be carried out by the students. 1. Identify topologies and network architectures including all types of hardware in campus. 2. Develop a project where s/he can implements various protocols used for the communication. The following activities shall be carried out by the teacher. 1. Demonstration of various networking devices to the students. May be a teacher can take students to visit the computer labs. 2. Demonstration of the OSI Layer Architecture by audio/video aids. Concept Map: Course: Computer Networks Computer Networks Introduction to Basic Concepts Ethernet Physical & Data Link Layer Network Layer Data Link Layer Protocols & MAC sub Layer Transport Layer Ms. Anju John 4
5 Unit-1: Introduction to Basic Concepts Inroduction to Basic Concepts Data Communication Networks Protocol & Standards The OSI Model-Layers in OSI Model, Functions of Layers The Internet TCP/IP Protocol Suite Unit-2: Physical & Data Link Layer Physical & Data Link Layer Transmission Media: Guided and Unguided Media Error Detection: VRC, LRC, CRC, Checksum Error Correction: Hamming Code Framing Techniques Character Count Byte Stuffing Bit Stuffing Ms. Anju John 5
6 Unit-3: Data Link Layer Protocol & MAC sub Layer Data Link Layer Protocol & MAC sub Layer Protocols: Simplex, Stop and Wait, Selective Repeat, Go Back N MAC sub layer : CSMA,CSMA/ CD,CSMA,CA Simplex & Stop and Wait Go Back N Selective Repeat Unit-4: Ethernet Ethernet IEEE Standards Fast Ethernet Standard Ethernet Gigabit Ethernet Ms. Anju John 6
7 Unit-5: Network Layer Network Layer Internetworking Forwarding : Techniques, Process, Routing Table Delivery - Direct, Indirect Routing Protocols Distance Vector Routing Path Vector Routing Link State Routing Ms. Anju John 7
8 Unit-6: Transport Layer Transport Layer Client/Server paradigm Process to Process Delivery Multiplexing/ Demultiplexing Reliable/ Unreliable Connectionless/ Connection oriented service TCP - Transmission Control Protocol TCP Connection UDP - User Datagram Protocol TCP Service TCP Features User Checksum Datagram UDP Operation Ms. Anju John 8
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