Blockchain-based cooperative game bilateral matching architecture for shared storage

Guanjie Lin, Mingyuan Zeng, Zhiguang Shan, Kaishun Wu, Guan Wang, Kai Lei

Abstract: Highlights•Proposal of blockchain-based distributed storage architecture addressing privacy, security, and transactional issues in data sharing. Introduces a bilateral matching allocation algorithm for efficient resource allocation.•Introduction of blockchain-based shared storage trading system enhancing distributed reliability and scalability. Integration of technologies ensures autonomy in the market, eliminating the need for human intervention.•Proposal of distributed storage model leveraging game theory and matching algorithms for optimized resource allocation. Aims to foster long-term cooperation, ensuring fairness and stability in matching.•Proposition of blockchain-based shared storage architecture and trading mechanism addressing management and liquidity issues. Introduces a blockchain-based trading mechanism for efficient storage service matching.