CSC 435 Computer Networks, Spring 2014

CSC 435 Computer Networks, Jackson State University, Spring 2014

Instructor: Dr. Natarajan Meghanathan

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Syllabus
Lecture Slides
Lab Project Descriptions
Term Project Descriptions
Question Bank (Sample Questions)
Socket Programming Code and Videos
Fall 2013 Lecture Videos
Desktop Recorded Videos
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Syllabus

CSC 435 Syllabus

Lecture Slides

Module 1: IP/MAC Addresses and TCP/IP Suite

Module 2: Socket Programming in Java

Module 3: Physical Layer

Module 4: LANs and Extended LANs

Module 5: Routing Protocols

Module 6: Internet Layer

Module 7: Transport Layer

Module 8: Network Security

Lab Project Descriptions

Project 1

Project 1: Implementation of a Remote String Processor Application

StringTokenizer Example:     PDF          Video

Project 2
Project 2: Large Scale Data Processing: Map Reduce Paradigm and Multicast Sockets
Startup Code
dataGenerator program
Demo Video to Show the Execution of the Project
StringTokenizer Example (Refer above for Project 1)

Project 3

Simulation using Cisco Packet Tracer: Configuration of VLANs across Multiple Broadcast Domains 

Project 4

Simulation using Cisco Packet Tracer: Linksys Wireless Router Configuration and Multi-Hop Network Communication

Project 5

Endian Firewall: Creating a Virtual Network and Configuring VPN Connection to the Network
 

Term Project Descriptions

Pick one of these two projects (reports/videos should be submitted for only one project)

Choice # 1: Web Development in a Linux Virtual Machine Environment

Choice # 2: Use of IPTables in a Virtual Machine Environment

 

Question Bank (Sample Questions)

Question Bank for Module 1: IP/MAC Addresses: TCP/IP Suite

Question Bank for Module 2: Socket Programming in Java

Question Bank for Module 3: Physical Layer

Question Bank for Module 4: Local Area Networks

Question Bank for Module 5: Routing Protocols

Question Bank for Module 6: Internet Layer

Question Bank for Module 7: Transport Layer

Question Bank for Module 8: Network Security

 

Socket Programming Code and Videos

Topics	Desktop Recorded Videos	Java Code of the Socket Programs (zipped)	In-Class Lecture Videos
Module 2 – Socket Programming (Datagram Connectionless Sockets)	Intro     Ex 3.1     Ex 3.2	Ex 3.1     Ex 3.2	Part a     Part b     Part c
Module 2 – Socket Programming (Connection-Oriented Sockets)	Ex 4.1     Ex 4.2     Ex 4.3     Ex 4.4     Ex 4.5	Ex 4.1     Ex 4.2     Ex 4.3     Ex 4.4     Ex 4.5	Part a     Part b     Part c
Module 2 – Socket Programming (Iterative vs. Concurrent Server; Thread Programming)	Ex 4.6.1     Ex 4.6.2	Ex 4.6.1     Ex 4.6.2	Part a     Part b
Module 2 – Socket Programming (Multicast Sockets)	Ex 5.1     Ex 5.2	Ex 5.1     Ex 5.2	Part a     Part b     Part c

Fall 2013 Classroom Lecture Videos

Date	Topics	Videos
Aug 28, 2013	Module 2 – Socket Programming (Datagram Connectionless Sockets); Module 1 – IP Addressing (Class-based Addressing; Private IP Address; Examples)	Module 2: Part a     Part b     Part c     Module 1: Part d     Part e     Part f     Part g
Sep 4, 2013	Module 2 – Socket Programming (Connection-Oriented Sockets); Module 1 – IP Addressing (Subnetting – Examples)	Module 2: Part a     Part b     Part c     Module 1: Part d     Part e     Part f     Part g
Sep 9, 2013	Module 2 – Socket Programming (Iterative vs. Concurrent Server; Thread Programming); Module 1 – IP Addressing (Subnetting and CIDR – Examples)	Module 2: Part a     Part b     Module 1: Part c     Part d     Part e     Part f     Part g
Sep 11, 2013	Module 2 – Socket Programming (Multicast Sockets); Module 1 – Packet Transmission in the Internet and TCP/IP Protocol Suite; Module 3 – Physical Layer (3.1: Baud rate and Bit rate)	Module 2: Part a     Part b     Part c     Module 1: Part d     Part e     Part f     Module 3: Part g     Part h
Sep 16, 2013	Module 3 – Physical Layer (3.1: Baud rate and Bit rate; 3.2: Channel Encoding Standards; 3.3: Transmission Order of Bytes; 3.4: Amplitude Modulation)	Part a     Part b     Part c     Part d
Sep 18, 2013	Module 3 – Physical Layer (3.4: Frequency and Phase Modulation; 3.5: Multiplexing Techniques)	Part a     Part b     Part c     Part d     Part e
Oct. 2, 2013	Module 4: 4.1 – LANs	Part a     Part b     Part c     Part d     Part e
Oct. 7, 2013	Module 4: 4.2 – Extended LANs and Networking Devices	Part a     Part b     Part c     Part d     Part e
Oct. 9, 2013	Module 4: 4.3 – VLANs and Ethernet Cables Module 5: 5.1 – Principles of Routing in the Internet and 5.2 – Distance Vector Routing Examples	Part a     Part b Part c     Part d     Part e
Oct. 14, 2013	Module 5: 5.2 Distance Vector Routing – Count-to-Infinity Problem; 5.3 Link State Routing; 5.4 Inter Domain Routing; 5.5 Multicast Routing – Efficiency Calculations	Part a     Part b     Part c     Part d     Part e     Part f
Oct. 16, 2013	Module 5: 5.5 Multicast Routing Protocols	Part a     Part b     Part c
Oct. 21, 2013	Module 6: 6.1 IP Header (v4) and 6.2: IP Fragmentation	Part a     Part b     Part c     Part d     Part e
Oct. 23, 2013	Module 6: 6.2: IP Fragmentation (Examples and Math Problem) 6.3: IP Datagram Forwarding (Examples)	Part a     Part b     Part c     Part d     Part e     Part f
Oct. 28, 2013	Module 6: 6.2: IP Fragmentation and 6.4 Ping Command	Part a: MTU Discovery using Ping Command and Binary Search
Oct. 28, 2013	Module 6: 6.3: IP Datagram Forwarding and 6.4: Auxiliary Protocols	Part b     Part c     Part d     Part e     Part f     Part g
Nov. 4, 2013	Module 6: 6.5: IPv6 Module 7: Transport Layer – 7.1: UDP vs. TCP; 7.2: UDP Header; 7.3: TCP Header	Part a     Part b     Part c     Part d     Part e
Nov. 6, 2013	Module 7: Transport Layer – 7.3: TCP Header and Connection Establishment; 7.4 – Flow Control	Part a     Part b     Part c
Nov. 11, 2013	Module 7: Transport Layer – 7.3: TCP Header and Connection Establishment; 7.4 – Retransmission Timeout Algorithm and Congestion Control	Part a     Part b     Part c
Nov. 13, 2013	Module 7: Transport Layer – 7.4 – Congestion Control Algorithms, Advertised Window Size and Sequence Number Space	Part a     Part b     Part c     Part c
Nov. 13, 2013	Desktop Recorded Videos Module 7: Transport Layer: 7.4: Relationship between Advertised Window Size and Sequence Number Space	Part 1: Theory: Relation, RTT*Bandwidth, MSL*Bandwidth   Part 2: Math Problems
Nov. 18, 2013	Module 7: Transport Layer – 7.4 – Math Problems on TCP: Advertised Window, Sequence Number Space, Congestion Control, Throughput, etc	Part a     Part b     Part c     Part c     Part c

 

 

Desktop Recorded Videos

Video to Show How to Setup Java Path in Windows 7

Module 1: IP Address/MAC Address and TCP/IP Suite

Subnetting – Examples

CIDR: Classless Interdomain Routing with Example

Module 2: Java Socket Programming

Introduction to Sockets

Datagram Sockets (Connectionless Sockets): Sender Receiver Unicast (Example 3.1)

Datagram Sockets (Connectionless Sockets): Duplex Sender Receiver (Example 3.2)

Stream Sockets (Connection-Oriented Sockets): Client Server (Example 4.1)

Stream Sockets (Connection-Oriented Sockets): Duplex Client Server (Example 4.2)

Stream Sockets (Connection-Oriented Sockets): Infinite Loop Server (Example 4.3)

Stream Sockets (Connection-Oriented Sockets): Sending Objects (Example 4.4)

Stream Sockets (Connection-Oriented Sockets): Sending Integer (Example 4.5)

Stream Sockets (Connection-Oriented Sockets): Summation Server – Iterative (Example 4.6.1)

Stream Sockets (Connection-Oriented Sockets): Summation Server – Concurrent (Example 4.6.2)

Multicast Sockets: One Sender Multiple Receivers (Example 5.1)

Multicast Sockets: Multicast Sender Receiver (Example 5.2)