An extensible open-source framework for creating private/permissioned blockchain applications
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Updated
Aug 2, 2021 - Rust
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An extensible open-source framework for creating private/permissioned blockchain applications
Collection of papers in the field of distributed systems, game theory, cryptography, cryptoeconomics, zero knowledge
Final Year Project @hku Department of Computer Science | HGFRR includes a new peer-to-peer network protocol that improves communication efficiency and security among peers, and an implementation of a fast, secure blockchain system on top of this P2P network.
An implementation of the Swirlds Hashgraph - a fair, fast, replicated, Byzantine state machine
🅱🅱🅱-routing - a simulation of Network layer protocols with Byzantine Robustness
Experiments with pBFT
An implementation of a textbook Byzantine Randomized Consensus protocol, using a Byzantine Reliable Broadcast protocol
A Byzantine fault tolerant Raft system.
An implementation of Lamport's Byzantine Agreement Algorithm
2 Phase Commit, 3 Phase Commit and Byzantine Agreement Protocols : Basic Implementation
(Blockchain, and WSN) Continues monitoring and detection of malicious nodes in a distributed network environment
An implementation of Byzantine Chain Replication for Distributed Systems
Byzantine Agreement
Byzantine Oral Protocol java Implementation
Dataset of stepped pools from the Hasmonean, Roman, and Byzantine periods found in Israel/Palestine and surroundings
Designed and implemented an improved failure tolerant protocol for distributed systems using DistAlgo by enhancing the Byzantine State Machine Replication Protocol.
Distalgo Implementation of Byzantine Chain Replication capable of tolerating t failures with 2t*1 replicas
A permissioned implementation of Ethereum supporting data privacy
An implementation of the Byzantine Chain Replication protocol
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This looks good work.
For cross-language support, it would be good to go deep into one language with runtime support, rather than going wide and providing compile-time linking options for many languages.
For example, once C/C++ implementation is done, please: