A Group Mutual Exclusion protocol for the Use Case of IoT-Blockchain Integration In Work-Safe Scenario

Q. Mamun, Muhammad Arif Khan
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引用次数: 2

Abstract

The Blockchain empowers IoT ecosystems more secure and transparent. AS a result, integrating these two technologies can have a significant impact across multiple industries. In this paper, a sample use case related to safe-work has been discussed. A group mutual exclusion (GME) protocol has been proposed for the consensus operation of different authorities/stakeholder to update the distributed ledger of the hybrid system. The protocol utilises a single token to enable various processes of different stakeholders to enter into a common session to reach the consensus among themselves. In other words, we have introduced a novel consensus protocol-proof of presence. The protocol offers a crucial characteristic-the concurrency, throughput, and waiting time can be tailored by adjusting the period for which a session is declared. The protocol also ensures no starvation in the system. Furthermore, this algorithm works out for the Extended Group Mutual Exclusion problem as well.
安全生产场景下物联网-区块链集成用例的组互斥协议
区块链使物联网生态系统更加安全和透明。因此,集成这两种技术可以对多个行业产生重大影响。在本文中,讨论了一个与安全工作相关的示例用例。提出了一种群体互排(GME)协议,用于不同机构/利益相关者的共识操作,以更新混合系统的分布式账本。该协议利用单个令牌,使不同利益相关者的各种进程能够进入一个共同的会话,从而在它们之间达成共识。换句话说,我们引入了一种新的共识协议——存在证明。该协议提供了一个关键特性——可以通过调整声明会话的周期来调整并发性、吞吐量和等待时间。该协议还确保系统中不会出现饥饿。此外,该算法也适用于扩展群互斥问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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