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Robonomics as a Blockchain-based Platform for Unmanned Traffic Management of Mobile Vehicles

机译:策策作为基于区块链的移动车辆无人交通管理的平台

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The article describes the concept of a decentralized architecture of a traffic management system for mobile vehicles and is a continuation of the results presented in the previous article “Blockchain-based protocol of autonomous business activity for multi-agent systems consisting of UAVs.. Robonomic protocol is the basis for the system architecture — a combination of the decentralized Ethereum computer, the IPFS distributed file system, Robot Operating System and market mechanisms. In particular, its focused on the principle of communication between nodes of the traffic management system and the stages of the unmanned mission. As a proof of concept, two experiments on the integration of the proposed architecture are presented: air quality measurements using unmanned aerial systems (UAS) and water quality measurements using unmanned surface vessels (USV). Our work demonstrates that distributed ledger and smart contracts technologies are applicable to the traffic management system and increases the transparency and immutability of the data.
机译:本文介绍了移动车辆交通管理系统的分散体系结构的概念,并且是在上一篇文章中呈现的结果的延续“基于区块链的自主业务活动协议,包括由无人机系统组成的多助理系统。策龙协议是系统架构的基础 - 分散的Ethereum计算机的组合,IPFS分布式文件系统,机器人操作系统和市场机制。特别是,它的重点是交通管理系统节点与无人团体的阶段之间的通信原则。作为概念证据,提出了两个关于拟议体系结构的整合的实验:使用无人机的空中系统(UAS)和使用无人面的表面容器(USV)的水质测量来进行空气质量测量。我们的工作表明,分布式分类帐和智能合同技术适用于交通管理系统,并提高数据的透明度和不变性。

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