BE-IT-Distributed-Systems-Assignments

This repository contains a collection of practical assignments for a Distributed Systems course. Each assignment demonstrates the use of core concepts such as Remote Method Invocation (RMI), CORBA, MPI/OpenMP, clock synchronization, mutual exclusion, leader election, web services, and a mini-project for multiplayer interaction.

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📁 List of Assignments

1. Multi-threaded Client/Server Communication using RMI

• Description: Implementation of a Java RMI-based client-server system supporting multi-threaded communication.
• Topics Covered: Java RMI, multi-threading, client-server architecture.

2. CORBA-based Distributed Calculator or String Operations

• Description: Distributed application developed using CORBA to demonstrate object brokering.
• Topics Covered: CORBA, IDL, remote object communication.

3. Distributed Sum of N Elements using MPI/OpenMP

• Description: A distributed system to calculate the sum of an array by distributing segments to different processors. Intermediate sums from each processor are displayed.
• Topics Covered: Message Passing Interface (MPI), OpenMP, parallel processing.

4. Berkeley Algorithm for Clock Synchronization

• Description: Implementation of the Berkeley algorithm to synchronize clocks in a distributed network.
• Topics Covered: Clock synchronization, distributed timekeeping.

5. Token Ring-based Mutual Exclusion Algorithm

• Description: Simulation of the token ring algorithm to achieve mutual exclusion in a distributed system.
• Topics Covered: Mutual exclusion, token passing, process coordination.

6. Bully and Ring Algorithm for Leader Election

• Description: Implementation of Bully and Ring algorithms to elect a coordinator in a distributed system.
• Topics Covered: Leader election, process failure handling.

7. Web Service Creation and Consumption

• Description: A simple RESTful web service and a client-side application to consume the service.
• Topics Covered: REST API, HTTP, client-server communication.

8. 🎮 Mini Project - Interactive Multiplayer Game

• Project Title: Distributed Application for Interactive Multiplayer Games
• Description: A group mini-project demonstrating real-time interaction, coordination, and communication between multiple clients in a distributed game environment.
• Topics Covered: Socket programming, real-time systems, distributed game logic.

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🛠️ Tech Stack

• Java (RMI, Multi-threading)
• CORBA (IDL, ORB)
• C/C++ (MPI/OpenMP)
• Python (Optional for web services or clock algorithms)
• RESTful Web Services
• Networking & Socket Programming

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