The trend of digitalization uses modern relationship models across global supply chain (SC) management. The main objective of this article is to identify SC current problems with the help of the knowledge sharing aspect using blockchain technology. This article addresses selected problems for managing modern SCs with a view to shared knowledge based on information management, effects of product and service on the quality of information, effects of consumer demands occurrences on information flow, outsourcing and globalization, and emerging threats to SCs by concerned parties. These problems are classified as concerns of confidentiality and trust, which are unable to share information among SC stakeholders due to a lack of data standards. To address these problems, a hybridized probabilistic performance and logistics framework (HPP-LF) has been developed that defines the validity of blockchain to help companies throughout the design and deployment of potential blockchain solutions to address the information sharing issues between SC stakeholders. The proposed HPP-LF results are compared with the existing PMOS, MIP, UTAUT, and ILOG techniques. The experimental result shows that the proposed method has better performance when compared with other existing systems.

中文翻译：

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用于供应链绩效和物流管理的区块链

数字化趋势在全球供应链 (SC) 管理中使用现代关系模型。本文的主要目的是在使用区块链技术的知识共享方面的帮助下确定 SC 当前的问题。本文解决了管理现代供应链的选定问题，以期共享基于信息管理的知识、产品和服务对信息质量的影响、消费者需求对信息流、外包和全球化的影响，以及对供应链的新威胁有关各方。这些问题被归类为保密和信任问题，由于缺乏数据标准，无法在 SC 利益相关者之间共享信息。为了解决这些问题，已经开发了一个混合概率性能和物流框架 (HPP-LF)，它定义了区块链的有效性，以帮助公司设计和部署潜在的区块链解决方案，以解决 SC 利益相关者之间的信息共享问题。将提议的 HPP-LF 结果与现有的 PMOS、MIP、UTAUT 和 ILOG 技术进行比较。实验结果表明，与其他现有系统相比，所提出的方法具有更好的性能。