Computingpowercoin.Net

A decentralized computing paradigm using blockchain, homomorphic encryption, and SDN for secure, privacy-preserving machine learning across scattered, untrusted nodes.

A novel decentralized optimization framework for mobility-aware edge-to-cloud resource allocation, service offloading, and load-balancing in smart mobility applications.

Comprehensive analysis of Ethereum-based cryptocurrency implementation, smart contract security vulnerabilities, and decentralized finance ecosystem architecture with technical solutions.

Gruut introduces a novel proof-of-population consensus algorithm for P2P financial platforms supporting fiat currency, enabling low-energy decentralized transactions on smartphones.

Analysis of Kerberos token-based authentication implementation in distributed high-energy physics computing systems at IHEP, including toolkit architecture and multi-experiment deployment.

Analysis of Optical Proof of Work (oPoW) - a novel cryptocurrency mining algorithm that shifts costs from electricity to hardware using silicon photonics.

Technical analysis of TrueBit protocol enabling scalable computation on Ethereum through verification games and economic incentives for secure outsourced computation.

Analysis of TCM algorithm for distributed function computation with improved time complexity in network topologies including Erdős-Rényi, complete graphs, and torus networks.

Analysis of token-based authentication transition in distributed computing, covering trust models, traceability challenges, and policy recommendations from the TTT Working Group.

Comprehensive performance analysis of Zero-Knowledge Proofs on GPU architectures, identifying bottlenecks in NTT computations and providing optimization strategies for ZKP acceleration.