Effective Network Communication Based on Blockchain Based Trusted Networks

R. Agrawal, S. Dorle, Chetan Dhule, Urvashi Agrawal
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引用次数: 5

Abstract

Blockchain technology has become increasingly popular as the internet of things (IoT) has grown in popularity. Over NDN(Named Data Networking), blockchain provides an innovative technique to preserve reliable records without relying on a community blockchain machine. A decentralized network and data management has been established throughout the community by utilizing blockchain is proposed in this paper. Moreover, this research work has developed a trust model to enhance the trustworthiness of messages by relying on the popularity of the sender based on parallel mining. Blockchain has been determined as growing generation for establishing decentralized and transactional information sharing throughout a big community of untrusted people. It permits the advent of decentralized surroundings, in which transaction and data below the manipulation of any one third of the party organization. Some transactions are always completed in a public account in a checkable, visible, and permanent manner, accompanied by a stamp and other data. The work gives the comparative analysis on serial mining and parallel mining of data by using blockchain. Also in the study, it is proven that, parallel mining outperforms well when compared to the serial mining of data.
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基于区块链可信网络的有效网络通信
随着物联网(IoT)的普及,区块链技术变得越来越受欢迎。通过NDN(命名数据网络),区块链提供了一种创新技术,可以在不依赖社区区块链机器的情况下保存可靠的记录。本文提出利用区块链在整个社区建立一个去中心化的网络和数据管理。此外,本研究还开发了基于并行挖掘的信任模型,通过依赖发送方的受欢迎程度来增强消息的可信度。区块链已被确定为在一个由不受信任的人组成的大社区中建立分散和交易信息共享的新一代。它允许分散化环境的出现,在这种环境中,交易和数据不受任何三分之一的政党组织的操纵。有些交易总是以可检查、可见和永久的方式在公共账户中完成,并附有印章和其他数据。本文对基于区块链的数据串行挖掘与并行挖掘进行了对比分析。研究还证明,与数据的串行挖掘相比,并行挖掘具有更好的性能。
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