Replication made easy with Raft and Python
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Updated
May 19, 2017 - Python
Replication made easy with Raft and Python
RESTful Distributed Dockerized Expense management system
An implementation of a textbook Byzantine Randomized Consensus protocol, using a Byzantine Reliable Broadcast protocol
Social Media Service like Facebook prototype with Distributed Servers, Consistent Hashing, Load Balancing, Scalability and Fault Tolerance aspects.
Experiments with pBFT
In-memory distributed key-value (KV) store
An implementation of Byzantine Chain Replication for Distributed Systems
A tool for tracing and pretty-printing interface data structures produced by C/C++ APIs.
A fault-tolerant distributed state machine.
Selective hardening upon SALBP-1 using the Carol-fi fault injector.
Reinforcement learning for fault tolerant systems.
Adversarial Examples as an Input-Fault Tolerance Problem
Interactive tool to visualize and compare the fault-tolerance of various error control code algorithms. Final project for Discrete Mathematics at Olin College, Fall 2018.
Data driven Public Key Ecosystem Backed by Blockchain & Fault Tolerance. Keywords: Trustless PKI, Blockchain, Consensus, Merkle tree, Merkle proof, Practical Byzantine Fault Tolerance (PBFT), Proof of Work (PoW), X.509 alternative
(Blockchain, and WSN) Continues monitoring and detection of malicious nodes in a distributed network environment
Model based RL for fault-rotor quadrotor
Built a Distributed Platform that is capable of managing & deploying tensor-flow models on it. The platform was built using micro-service based architecture with features like auto-scaling, scheduling, centralized logging, monitoring, notification, high-availability and fault tolerance.
Fault Tolerance network design
Final Project
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