使用等离子体框架集成雾计算和区块链技术

M. H. Ziegler, Marcel Großmann, U. Krieger
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引用次数: 21

摘要

考虑到物联网,区块链技术最近成为研究的重点。它的主要缺点之一是区块链系统在高负载下的性能不佳。特别是,使用工作量证明作为领导者选举策略的系统不适合物联网设备的积极参与。我们提出了一种新的系统架构,该架构使用等离子体框架将区块链技术和雾计算相结合,并评估了其原型的性能。Plasma框架的优势在于提供了基于侧链的可扩展分层设计和与所使用的根链的体系结构无关的链下扩展策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integration of Fog Computing and Blockchain Technology Using the Plasma Framework
Considering the Internet-of-Things, the blockchain technology has recently become a major focus of research. One of its major drawbacks is given by the poor performance of blockchain systems subject to heavy load. In particular, systems which use Proof-of-Work as leader election strategy are not suitable for an active participation of IoT devices. We propose a new system architecture which uses the Plasma framework to integrate blockchain technology and fog computing and evaluate the performance of its prototype. The Plasma framework has the advantage to provide a scalable hierarchical design based on sidechains and an off-chain scaling strategy which is agnostic with regard to the architecture of the employed root chain.
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