使用区块链iov进行车辆事故调查的智能合约实现

Gulfam Ahmad, Mariam Fareed
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引用次数: 0

摘要

数字事故取证的最新进展,这是一种使用智能合约和iov星际文件系统开发的概念性证据管理范式。本文全面总结了面向车联网车辆事故调查的智能合约实施区块链框架。我们研究比较一些综述论文,以找到智能合约的分类。使用区块链,证据管理为调查和解决事故案件提供了一种不可变和可审计的方法。确切地说,我们首先调查安全和隐私威胁;因此,智能合约为证明数据和报告提供了有效的访问控制。在公共和私有以太坊区块链上,使用智能合约建立和执行交易的成本都进行了评估。然而,我们最有效地利用了星际文件系统,同时最小化了内存和执行成本。最后,提出了构建未来数字化管理的开放性研究方向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SMART CONTRACT IMPLEMENTATION USING BLOCKCHAIN IOV FOR VEHICLE ACCIDENT INVESTIGATION
Recent advancements in digital accident forensics, a conceptual evidence management paradigm developed using smart contracts and interplanetary file system in iov. This paper comprehensively summarizes the Smart contract implementation blockchain framework for vehicle accident investigation in IoV. We investigate comparing some review papers to find the classification of the smart contract. Using blockchain, evidence management provides an immutable and auditable method for investigating and resolving accident cases. Precisely we first investigate the security and privacy threats; therefore, Smart contracts provide effective access control for proof data and reports. On both the public and private Ethereum blockchains, the cost of setting up and executing transactions using smart contracts is assessed. However, we utilized the Inter Planetary File System most efficiently while minimizing memory and execution costs. Finally, we draw open research directions for building future digital-proof management.
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