Algorithms for implementation of Clock Synchronization, Consistency, Mutual Exclusion, Leader Election
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Updated
Sep 29, 2017 - Java
Algorithms for implementation of Clock Synchronization, Consistency, Mutual Exclusion, Leader Election
[Go] - Bully algorithm visualization & implementation written in Golang.
A distributed chat application
In distributed computing, the bully algorithm is a method for dynamically electing a coordinator or leader from a group of distributed computer processes. The process with the highest process ID number from amongst the non-failed processes is selected as the coordinator.
Go library for distributed leader election on a multicast network (like a LAN)
Leader election
The implementations of Bully algorithm in python and javascript using the library zerorpc
Implementation of distributed election algorithms.
Distributed Applications Programs based on the college curriculum include practice, practicals, and tests.
Repository of code developed for the course AIAD @FEUP.
Bully leader election algorithm implementation for distributed systems.
This project focuses on skeleton implemention of the Bully Algorithm in Leader Election methodology in Distributed Systems using Remote Procedure Calls(RPC) in Go Language.
This is a java implementation of the distributed computing algorithm, which aims to elect an coordinator or a leader from the nodes active in the computing environment
For all Distributed computing code
Implementation of bully algorithm using python, for academic purposes.
This repository is implementation of Bully Algorithm in Golang with RPC
distributed systems bully algorithm & distributed mutex
SPPU TE Comp(2019 Pattern) - LP_1 Assignments - SPOS + DS
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