基于区块链的配电系统安全防护技术的研究与实现

D. Niu, Dongmei Zhang
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引用次数: 2

摘要

智能电网正在逐渐普及,但其自身,特别是其配电网,面临着许多安全问题,而虚假数据注入是最容易发生的攻击之一。区块链因其去中心化、不可变形和高扩展性被认为是保护物联网的关键技术。然而,目前的区块链技术需要耗费大量的资源来存储和生产区块,不能直接应用于资源有限的大量节点的配电网。因此,本文提出历史链压缩,然后对DPOS进行修改,并将其应用于区块链,这有助于减少存储负担,提高出块效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research and implementation of power distribution systyem security protection technology based on blockchain
Smart grids are gradually becoming popular, but itself, especially its power distribution grids, faces many security issues, and false data injection is one of the most attack that happens. Blockchain is considered a key technology for protecting IoT due to its decentralization, non-deformable and high scalability. However, the current blockchain technology costs lots of resources storing and producing blocks, it cannot be directly applied to the power distribution grids with a large number of resource-limited nodes. Therefore, this paper proposes historical chain compression, and then modifys the DPOS and applies it to the blockchain, which help reduce the storeage burden and improve the effiiciency of block producing.
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