Lab 1: Design and implement an Optical Communication System by utilizing the components from the Component Library of optisystem.

Lab 2: To design and implement WDM system by using optisystem and to design transmitter and receiver using MATLAB component as a channel in optisystem.

Lab 3: Design of an Optical Attenuator different attenuations

Lab 4: To create and design Amplitude modulation with an optical component in MATLAB for co-simulation with OptiSystem

Lab 5: To study and analysis of the network performance using iperf.

Lab 6: To study and analysis of the network performance using jperf

Lab 7: To study ICMP, TCP and HTTP packets using wireshark.

Lab 8: To ping any website and analyze the delay loss using dummynet

Lab 9: To study the socket programming for pinging browser, TCP and UDP client server.

Lab 10: Program in NS3 to connect two nodes.

Lab 11: Program in NS3 to implement a bus topology

Lab 12: Connect 2 nodes and 4 routers such that the extremes nodes act as client and server

Lab 13: To create scenario and study the performance of token bus protocol through simulation.

Lab 14: To create scenario and study the performance of token ring protocols through simulation

To analyze the performance of optical communication and networking.

To study the different network tools to understand the network performance

CO1: To Understand fundamental of optical communication principles.

CO2: Understand details and functionality of layered network architecture.

CO3: Analyze performance of various communication protocols.

CO4: Analyze performance of computer network.

CO5: To understand and implement practical and real time use of different network operating tools

CO6: Practice packet /file transmission between nodes.

Behrouz A. Forouzan, Data Communications and Networking, McGraw Hill