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Collaborative dual-cycle for supply chain system construction based on distributed computing

delete2026-01-01
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Xiao, Chaoying *
DOI：10.1504/IJESD.2026.151857delete
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Abstract

Abstract

En 中文
This paper explores a supply chain (SC) system under the dual circulation economy model, leveraging distributed computing, blockchain, and AI to enhance data transparency and decision-making. An optimised Paxos consensus algorithm improves system elasticity and transaction efficiency. Experimental results show that the distributed system achieves 2.3 times higher transaction submission volume and 109 MB/s throughput in high concurrency, outperforming centralised systems. A patent protection module powered by smart contracts enables real-time infringement monitoring, reducing the risk of technology leakage. The integration of distributed computing and patent protection provides technical support and innovation momentum for sustainable SC development, offering practical value for industry advancement.
Keywords:
double circular economy
supply chain system
distributed computing
sustainable development
Paxos consensus algorithm
artificial intelligence

Journal

I
International Journal of Environment and Sustainable Development
IF:
0.9
Papers:
12
Citations:
382

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