All work for my bachelor thesis for the CSE bachelor at TU Delft
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Updated
Feb 8, 2022 - Go
All work for my bachelor thesis for the CSE bachelor at TU Delft
My end of studies research project on consensus algorithms
Implementation, validation and experimental evaluation of a self-stabilizing randomized Byzantine-tolerant binary consensus algorithm
CIFER.AI Blockchain Network
Highly Dependable Systems Project
A decentralized token infrastructure to support a Coin&NFT market.
TLA+ specifications for BFT algorithms
Byzantine Oral Protocol java Implementation
The Computantis is a backbone service for creating secure, reliable and performant solutions for transaction exchange and Byzantine fault-tolerant systems.
YACA is yet another chat application, covering dynamic discovery, leader election, reliable (total/causal) ordered multicast, and Byzantine fault tolerance.
Project for Highly Dependable Systems Course
Distributed system with synchronized logical clocks to ensure events are properly ordered
Highly Dependable Systems 2021-2022 project
Implementation of a highly dependable blockchain using the IBFT algorithm
Spire is an intrusion-tolerant SCADA system for the power grid.
Experimental project for testing and scaling consensus and broadcast algorithms
Resources for learning distributed systems.
Implement the Om(n, m) algorithm for solving the Byzantine generals problem | 拜占庭口头消息算法的 Python 实现
Highly Dependable Location Tracker System
A scalable and lightweight REST API service that clients or external services can use to communicate with the VOIDChain platform.
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