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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.
A Python-based implementation of the Chord DHT protocol with a GUI for visualizing node operations, key-value storage, and fault-tolerant replication using consistent hashing.
A distributed system for a peer to peer messaging application. Visual interface with Streamlit for the clients and with Flask for the servers. Project mounted in Docker.
Advanced Wireless Sensor Network Overlay Based on the Chord Protocol. An approach on how to adapt the Chord Protocol from Distributed Hash Tables on Wireless Sensor Networks using the LoRa communication technology.
A Chord Distributed Hash Table (DHT) implementation in Python, designed for decentralized key-value storage and efficient lookups. This peer-to-peer (P2P) protocol ensures O(log N) lookup efficiency, fault tolerance, and self-stabilization. Nodes join dynamically, maintain a finger table, and use consistent hashing.