DEPARTMENT OF Telecommunication Engineering. COURSE ... Jean Walrand
& Pravin Varia, "High Performance Communication Networks", 2 nd edition ...
SRM UNIVERSITY FACULTY OF ENGINEERING AND TECHNOLOGY SCHOOL OF ELECTRONICS AND ELECTRICAL ENGINEERING DEPARTMENT OF Telecommunication Engineering COURSE PLAN Course Code Course Title Semester Location Faculty Details SL. NO 1
: CO0503 : High Performance Networks : I - M. Tech. (TCN) th : SRM University – Tech Park 13 floor
NAME
OFFICE
Mrs.K. Harisudha
th
Tech Park 13 Floor
E-MAIL ID
[email protected]
Required Text Books:
1. Jean Walrand & Pravin Varia, "High Performance Communication Networks", 2nd edition, 2000. 2. Lenon gracia Widjaya, "Communication Network", Tata McGraw Hill New Delhi 2000 3. Othmarkyas, "ATM networks", - 2nd edition, International Thomson Computer press 1993 4. Ranier Handel Manfred N Huber, Stefan Schrodder, "ATM Networks - Concepts, Protocols Applications", 3rd Edition Addison Wesley, New York, 1999 Prerequisite NIL Objectives
To acquire knowledge in the following fields: Network Standards, ATM Concepts and Optical Networks. Assessment details
Cycle Test – I Term paper Model Exam
: 10 Marks : 10 Marks : 20 Marks
Surprise test-I Attendance
: 5 Marks : 5 Marks
Test Schedule SL.NO 1 2
DATE
TEST Cycle test- I Model Exam
TOPICS
DURATION 2 periods 3 HRS
Outcomes 1. Students who have successfully completed this course will have able to understand the
concept of High speed as well as high performance networks. 2. This course discusses the principles that underline the analysis and design of high
speed networks and applications .
DETAILED SESSION PLAN
Networking principle, Network service, network elements, layered architecture, basic networks mechanism Sessio n No
Topics to be covered
Refer ence
Teaching Method
Testing Method
1.Group discussion 2.Self-test questions 1..Quiz 2. Self- Test Questions 1.Self-test questions 2.Group discussion
1, 2
Networking principle,
1,2
BB
3,4
Network service
1,2
BB
5,6
Network Elements
1,2
BB
7,8
Layered Architecture
1,2
BB
Group discussion
Basic Networks mechanism
1,2
BB
1.Self test questions
9, 10,11
OSI and IP Model. Ethernet and Token ring, FDDI, DQDB, SMDS. B-ISDN features of ATM, ATM header structure, addressing, signaling, routing, ATMAdaptation layer 11,12
OSI Model – Introduction , Open System Data Model
1,2
BB
13,14
Functions of different OSI layers
1,2
BB
15,16
Ethernet and Token ring
1,2
BB
Self test questions
17,18
FDDI , DQDB
1,2
BB
Review
SMDS
1,2
BB
20,21
B-ISDN layers of ATM
1,2
BB
22,23
ATM Header Structure – UNI, NNI
1,2
BB
24,25
ATM – Addressing
1,2
BB
Self test questions
ATM – Signalling
1,2
BB
Self test questions
ATM – Routing
1,2
BB
1.Quiz
Adaptation Layer AM Layer
1,2
BB
1.Quiz 2.Self test questions
19
26 27,28 29
1.Quiz 2.Self test questions 1.Quiz 2.Self test questions
1.Quiz 2.Self test questions 1.Quiz 2.Self test questions 1.Group discussion 2.Self test questions
Wireless Channel, link level design, network design, wireless network today. Optical link, WDM systems, Optical Cross-Connects, Optical LANs, SONET. 1.Quiz 2.Self test questions 1.Quiz 2.Self test questions 1.Quiz 2.Self test questions
31,32
Wireless Channel
1,2
BB
33,34
Link Level Design
1,2
BB
35,36
Network Design
1,2
BB
1,2
BB
Group discussion
1,2
BB
Group discussion
1,2
BB
37,38 39,40 41
Wireless Network Today – Paging Systems, Cordless Systems Satellite Systems, Cellular Telephone Systems Optical Link – Transmitter, Receiver Fiber
1.Quiz 2.Self test questions 1.Quiz 2.Self test questions
42
WDM Systems
1,2
BB
43
Optical Cross-connects
1,2
BB
Self test questions
44
Optical LANs
1,2
BB
1.Quiz 2.Self test questions
45
SONET
1,2
BB
Self test questions
