Abstract

The survey outlines the implementation of a Decentralized Computational Network (DCN) using a peer-to-peer blockchain infrastructure. The focus is on overcoming centralization challenges such as scalability issues and security concerns. The study introduces dynamic load balancing, peertopeer consensus mechanisms, and smart contracts for decentralization and scalability. Additionally, it explores homomorphic encryption for enhanced privacy and a novel tokenomics-based incentive structure to encourage active participation in the DCN. This research contributes a concise yet comprehensive technical architecture for a resilient and efficient decentralized computational network

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