基于物联网和群机器人的自然灾害监测系统的设计、控制和性能分析

F. H. Chowdhury, Rashik Nahian, Taki Uddin, Sifat Rezwan, Monirujjaman Khan, A. Sufian, Nazmul Hassan, Jawad Ishaque, S. Akash, Nazia Nawar Hassan
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引用次数: 3

摘要

本文介绍了一个基于移动、网络和群体机器人的解决方案系统,该系统可用于采取必要的行动来解决气候快速变化、可持续人类住区规划和突发气候相关灾害等问题。该系统由机器人、移动应用和web三部分组成。该系统将使用低成本无线传感器创建分布式传感器节点。因此,系统将发展为智能传感的连接网络。蜂群机器人相互通信,绘制区域地图,子机器人向母机器人发送信号,完成任务后返回母机器人。任何人都可以在门户网站上看到地图的实时数据。为了防止自然灾害,系统将有助于在洪水袭击一个地区之前发现洪水。经过实际研究和仿真数据验证了系统的有效性。最终结果证明了该系统的可行性、可靠性和银河系影响。本文为自然灾害监测提供了更广阔的研究空间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design, control & performance analysis of forecast junction IoT and swarm robotics based system for natural disaster monitoring
This paper introduces a mobile, web and swarm robotics based solution system that is useful for taking necessary actions to solve problems like rapid changes in climate, sustainable human settlement planning, and sudden climate related hazards. This system is consist of robotics mobile application and web. The system will create a distributed sensor nodes using low cost wireless sensors. As a result system will develop connected network for smart sensing. Swarm robots will be used to communicate with each other and do the mapping of an area, sub bots will send signal to mother bot and after completing the task they will return to mother bot. anyone can see the real time data of mapping in web portal. To protect against natural disaster system will help to detect flood before it hit's an area. After practical studies and simulating data the efficiency of the system is established. The end result shows the feasibility, reliability, galactic impact of the system. This paper shows more possible research scope in natural disaster monitoring.
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