irfansst/cdac

CDAC Projects

CDAC Projects

All the projects done during CDAC (formerly National Center for Software Technology) courses namely:

• Post Graduate Diploma in Software technology
• Advanced Post Graduate Diploma in Software technology

CPU Scheduling Algorithms Simulation

This project contains a .C program file that can be used to simulate four CPU Scheduling algorithms namely:

• First Come First Serve (Non-Preemptive)
• Shortest Process Next (Non-Preemptive)
• Shortest Remaining Time (Preemptive)
• Round Robin (Preemptive)

HTTP proxy server with Caching

This is a HTTP Proxy Server developed in Java. This proxy server has following features built into it.

• Authentication for users - This service is provided to restrict access to the proxy server. Only users with valid username and password can access the proxy.
• Bandwidth Management - This service is used to restrict the bandwidth for different users.
• User Time out - This service is provided to log out the user from the proxy if he is in-active from 30 minutes.
• Block Sites - Restrict access to specified sites.

For more information, please check the document inside the folder: "HTTP proxy server with Caching"

OOAD - Game Of Bricks

This contains Game of Bricks developed in Java. This project was done as part of Object Oriented Analysis and Design module of CDAC's course.

PCCP - Game Of Bricks

This contains Game of Bricks developed in C++ and curses library. This project was done as part of Programming in C and C++ module of CDAC's course.

Programming-Paradigm

The document "Programming-Paradigm-Project.doc" in this folder explains five different programming paradigms.

• Object-oriented programming
• Imperative / Procedural Programming
• Functional programming
• Logical programming
• Constraint Programming

The "Problem Solutions" folder contains solution to a problem in four different programming languages representing one of the programming paradigms.

Simulation of Network Routing Protocols

This project contains two Java files one for each of the following Network Routing protocol simulation.

• Distance Vector Routing
• Link State Routing