基于实用拜占庭算法的区块链农产品仓储优化研究

摘要/Abstract

摘要： 当前农业物流仓储中存在仓储信息不对称、过程透明度低以及信息存储不安全等问题，在一定程度上制约农产品行业的发展。将区块链技术嵌入农产品物流仓储可以有效解决当前农产品仓储遇到的信息问题，促进农业进一步发展。在分析区块链技术如何赋能农产品物流仓储的基础上，提出基于实用拜占庭算法的区块链农产品仓储优化策略。该策略采用区块链数据结构管理农产品仓储信息，利用可验证随机函数进行分组，将ECDSA数字签名与可验证随机函数结合改进共识算法，并接入Hyperledger Fabric中部署多个节点进行算法测试。测试结果表明，相比传统的农产品仓储管理系统，本方案有效解决农产品在仓储过程中存在的安全性与效率低下等问题，实现“区块链+农产品仓储”的新模式。

关键词: 区块链, 共识算法, 可验证随机函数, 仓储优化

Abstract: At present, there are problems such as asymmetric warehousing information, low process transparency and unsafe information storage in agricultural logistics warehousing. To a certain extent, it restricts the development of agricultural products industry. Embedding blockchain technology into agricultural logistics warehousing can effectively solve the information problems encountered in the current agricultural product warehousing and promote the further development of agriculture. Based on the analysis of how blockchain technology can empower agricultural logistics and warehousing, this paper proposes a blockchain agricultural product warehousing optimization strategy based on the practical Byzantine algorithm. This strategy uses the blockchain data structure to manage agricultural product storage information, uses verifiable random functions for grouping, combines ECDSA digital signatures with verifiable random functions to improve the consensus algorithm, and deploys multiple nodes in Hyperledger Fabric for algorithm testing. The test results show that, compared with the traditional agricultural product storage management system, this solution effectively solves the problems of safety and low efficiency in the storage process of agricultural products, and realizes the new model of “blockchain + agricultural product storage”.

Key words: blockchain, consensus algorithm, verifiable random function, warehouse optimization

中图分类号:

杨欣, 赵辰, 刘瑶, 魏津瑜. 基于实用拜占庭算法的区块链农产品仓储优化研究[J]. 中国农机化学报.

Yang Xin, Zhao Chen, Liu Yao, Wei Jinyu. Research on blockchain agricultural product storage optimization based on practical byzantine algorithm[J]. Journal of Chinese Agricultural Mechanization.

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