EE0457--- Computer Network engineering
SRM UNIVERSITY
FACULTY OF ENGINEERING AND TECHNOLOGY
SCHOOL OF ELECTRONICS AND ELECTRICAL ENGINEERING
DEPARTMENT OF EEE
Course Code
Course Title
Semester
Course Time
Location
Course Coordinator
:
:
:
:
:
:
EE0457
COMPUTER NETWORK ENGINEERING
VII
JULY-DEC 2014
ESB Block, Main Block
Divya Navamani.J
Faculty Details
Sec.
C
Name of the Staff
Office
Office hour
Mail id
Ms.Divya Navamani.J
ESB207
12.15 – 1.30pm
divyanavamani.j@ktr.srmuniv.ac.in
Ms.Brindha
ESB207
12.15 – 1.30pm
Brinda.r@ktr.srmuniv.ac.in
A,B,D
Required Text Books:
1.
2.
3.
4.
5.
6.
7.
Andrew S.Tanenbaum, "Computer Networks", 4th Edition, Prentice Hall of India,2003
D.Bertsekas and R.Gallager, "Data networks", 2nd Edition, Prentice Hall of India, 2003
Godbole and Kahate, "Computer Communication Networks (Ascent Series)", McGraw Hill, 2003
M.Schwartz, "Computer Communications", Tata McGraw Hill, 2002
Achyut S Godbole, "Data Communications and Networking", Tata McGraw Hill, 2002
W.Stallings, "Data and Computer Communication", 2nd Edition New York, Macmillan, 1998
Behrouz A. Forouzon Data Communication and networking, 4th edition Tata McGraw Hill ,2006
INSTRUCTIONAL OBJECTIVES:
•
•
•
To understand the rudiments of computer networking
To analyze in detail and understand the different protocols
To learn network security aspects
Assessment Details
Cycle Test – I
:
10 Marks
Surprise Test
:
05 Marks
Cycle Test – II :
10 Marks
Model Exam
20 Marks
:
EE0457--- Computer Network engineering
Attendance
Total
:
05 Marks
:
50 Marks
Test Schedule
S. No
1
DATE
30th July
TEST
Cycle Test-1
TOPICS
Unit-1,Unit-2 till IEEE 802
DURATION
2 Periods
2
25th August
Cycle Test-2
Unit-2 ,Unit-3
2 Periods
Model Exam
Full portion
3 Periods
th
3
20 October
Outcomes
Student who have successfully completed this course,
Instructional Objectives
•
Understand about the
rudiments of computer
networking
•
To analyze in detail and
understand the different
protocols
•
To
learn
network
security aspects
Program outcomes
a) an ability to apply knowledge of mathematics, science, and
engineering
h) the broad education necessary to understand the impact of
engineering solutions in a global, economic, environmental,
and societal context.
j)
.
a knowledge of contemporary issues
k) an ability to use the techniques, skills, and modern
engineering tools necessary for engineering practice
EE0457--- Computer Network engineering
Detailed Session Plan
INTRODUCTION
Uses of computer networks - LAN, MAN, WAN - Protocol Hierarchies - Design issues for the layers - Service Primitives - ISO reference model TCP / IP - comparison of OSI & TCP - ARPANET - Broadband ISDN Transmission Media : Twisted pair - Co-axial cable - fibre optics.
Session
Topics to be covered
Text
Chap. no & Page No.
Instructional
Program Outcome
No.
book
Objective
Introduction to Computer
(a) an ability to apply
1
R1
Class notes
Networks
knowledge of
mathematics, science, and
Uses of computer networks –
2
Chap.No :1.1 & page No:3-12
engineering
Basics & Home applications
LAN, MAN, WAN ,Protocol
3
Chap.No :1.2 & page No:14-25
Hierarchies
Understand about the
Design issue for the layer –
4
Chap.No :1.3& page No:26-32
the
rudiments
of
Error & flow control
Service Primitives – Five
5
Chap.No :1.4 & page No:34-36 computer networking
service
primitives
for
implementing
a
simple
connection oriented service
ISO reference model – Open
6
R1
Chap.No :1.4 & page No:37
system
interconnection
reference model
TCP / IP reference model –
7
Chap.No :1.4 & page No:41
DOD Model
Comparison of OSI & TCP –
8
Chap.No :1.4 & page No:44-48
Service, interface & protocol
ARPANET
–
Advanced R1
9
Chap.No :1.5 & page No:49
Research Project Agency,
Broad bard ISDN
Transmission
Media
– R1
10
Chap.No :2.2 & page No:90-93
Twisted pair, Co-uncial cable
& fibre optics
MEDIUM ACCESS SUB LAYER
ALOPHA - CSMA protocols - Collision free protocols - Limited contention protocols - IEEE 802 for LANs
Data link Layer : Design issues - Error detection and correction - A simplex stop-and-wait protocol sliding window protocols
Session
Topics to be covered
Text
Chap.no & Page No.
Instructional
Program Outcome
No.
book
Objective
ALOHA – Multiple Access
a) an ability to apply
9
R7
Protocols
knowledge of
mathematics,
CSMA Protocols – Carrier
10
science, and
Chap.No :12 & page No:364Serve Multiple Access
engineering
377
Collision Free protocols – A
11
h) the broad education
bit – Map protocol
To analyze in detail
necessary to
Limited contention protocols
12
and understand the
understand the
different protocols
impact of
IEEE 802 for LANS
13
Chap.No :4.4 & page No:292
engineering
Design Issues
14
Chap.No :11 & page No:307
solutions in a
global, economic,
Error detection & Correction
15
Chap.No :11 & page No:311
environmental, and
societal context.
A simplex stop & wail
16
protocol
j) a knowledge of
Chap.No :11 & page No:312Sliding window protocol
17
contemporary issues
317
NETWORK LAYER
Design issues - Routing algorithms - Congestion control algorithms - Fragmentation in Internet - Firewalls.
EE0457--- Computer Network engineering
Session
No.
19
Topics to be covered
Text
book
-
Chap.no & Page No.
21
Design
Issues
–
Implementation of connection
less & connection – oriented
service
Routing
algorithm
–
Difference types of algorithm
Congestion control algorithm
22
Fragmentation is internet
Chap.No :5.2 & page No:350380
Chap.No :5.3 & page No:384395
Chap.No :5.5 & page No:427
23
Firewalls
Class notes
20
R1
Instructional
Objective
Program Outcome
a)an ability to apply
knowledge of
mathematics, science,
and engineering
Chap.No :5.1 & page No:343348
To analyze in detail and
understand the different
protocols
h)the broad education
necessary to understand
the impact of
engineering solutions in
a global, economic,
environmental, and
societal context.
J)a knowledge of
contemporary issues
TRANSPORT LAYER
Services provided to upper layer - Quality of service - Addressing - Establishing and releasing a connection - Flow control and
Buffering - Crash recovery.
TCP : Service model - protocol - segment Header - connection management - Transmission policy - TCP Timer management.
Session
Topics to be covered
Text
Chap.no & Page No.
Instructional
Program Outcome
No.
book
Objective
29
Service provided to the upper
layer
Quality of service
30
Addressing
31
33
Connection Establishment –
Connection Release
Flow control – feed back
based – rate based
Buffering
34
Crash recovery
35
Service model
36
TCP protocol
37
TCP Segment header – TCP
connection establishment &
release
TCP Transmission policy
28
32
38
R7
Chap.No :6.1, 6.2 & page
No:481-511
To analyze in
detail
and
understand
the
different
protocols
.
To learn network
security aspects
a)an ability to apply knowledge
of mathematics, science, and
engineering
h)the broad education
necessary to understand the
impact of engineering solutions
in a global, economic,
environmental, and societal
context.
j) a knowledge of
contemporary issues
Chap.No :6.5 & page No:532555
TCP Timer Management
NETWORK SECURITYCryptography - Secret key public key algorithms - Authentication protocols - Digital signatures. SNMP:
Model - ASN1 - SMI - MIB and protocol.
Session
Topics to be covered
Text
Chap.no & Page No.
Instructional
Program Outcome
No.
book
Objective
Cryptography
a) an ability to apply
39
T2
Chap.No :8.1,8.2 & page No:724(i)
Introduction
to
knowledge of
750
Crytography
mathematics, science,
(ii) Substitution ciphers
To learn network and engineering
EE0457--- Computer Network engineering
40
(iii) Transpiration ciphers
(iv) DES & AES – Symmetric
key algorithm
Public key algorithm
41
Management of public keys
42
Authentication protocols
Chap.No :8.7 & page No:785-798
43
Digital Signatures
(i) Symmetric key signatures
(ii) Public key signatures
SNMP
–
(Distributed
Application)
(i) Model (ii) ANSI, SMI &
MIB (iii) Protocol
Chap.No :8.4 & page No:755-763
44
security aspects
Chap.No :8.3 & page No:752-755
Class Notes
k) an ability to use the
techniques, skills, and
modern engineering
tools necessary for
engineering practice