Notes on Lindsey Kuper's lectures on Distributed Systems

Distributed Systems Project for the 2019-2020 course of the Computer Science degree at the University of Havana, Cuba.

a collection of distributed algorithms (on PeerJS which uses WebRTC)

PHP implementation of Vector Clock and Lamport timestamp

Swift implementation of a dotted version vector (see https://github.com/ricardobcl/Dotted-Version-Vectors)

Database sync across multi-tier architecture via RabbitMQ, resilient to network disruptions.

Go implementation of several clocks types: Lamport, Vector and Hybrid Logic Clock

Lamport Clock C++ implementation using atomic operations

Implementations of Lamport clock, Vector clock, Logical clock, and the Raymond Tree Algorithm for mutual exclusion in distributed systems.

several distributed mutual exclusion algorithms implementation

Advanced Operating Systems FER labs

Simulation of Lamport Mutual Exclusion Algorithm

🌐 Implementation of Lamport Clocks 🕒 to Order Life Events in a Distributed System

A rabbitMQ distributed implementation of Lamport's Algorithm for Mutual Exclusion, written in python 3 using pika rabbitMQ library.

ITMO. Distributed computing 2022-2023

The purpose of this project is to showcase how to implement a message-passing system using Lamport clock time and total ordering of events, with communication among browser windows acting as independent processes.

A single page application on Distributed Systems & Lamport's clock built using Flask microframework in Python and will be deployed using a Docker container.

System Programming in Linux

Implementation of the famous dining philosophers problem in a distributed P2P environment using the Ricart-Agrawala algorithm with the Roucairol-Carvalho optimization and Lamport clocks.

VS2Lab provides a hands-on demonstration of the principles of distributed software systems and an introduction to their software engineering design.