Multipurpose Unmanned Rover in WiFi Wireless Sensor Network

Lyla B. Das, J. G., J. E.P., V. K, K. Chandra, M. N. Reddy, B. Yaswant, A. Vivek
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引用次数: 1

Abstract

The project aims to build a multipurpose autonomous rover that could move by itself or by a remote controlled mechanism. It can be sent to hostile and hazardous places where it is unsafe for humans, like mines, radioactive prone areas, etc. thereby reducing human risk. The rover is provided with various sensors that monitors parameter like temperature and smoke. The sensors continuously monitors the environment and update the value to the cloud server, enabling the user to view the values in a website, in real time. The rover could be controlled from smartphone with the help of a Bluetooth app. In addition to this, the webpage has buttons to control the rover. Also, a camera mounted on the rover live streams the video to the webpage, assisting in controlling the movement. The rover can also be used for surveillance, with the help of camera and motion detection algorithms. There is also an automatic mode in which the rover moves on its own in a predefined path.
WiFi无线传感器网络中的多用途无人探测车
该项目旨在建造一个多用途的自主漫游车,可以自行移动或通过遥控机构移动。它可以被送到对人类不安全的敌对和危险的地方,如矿山、放射性易发地区等,从而降低人类的风险。火星车配备了各种传感器,用于监测温度和烟雾等参数。传感器持续监测环境并将值更新到云服务器,使用户能够在网站上实时查看值。通过蓝牙应用程序,可以从智能手机上控制漫游者。除此之外,网页上还有控制漫游者的按钮。此外,安装在月球车上的摄像机将实时视频传输到网页上,帮助控制移动。在摄像机和运动检测算法的帮助下,漫游车还可以用于监视。还有一种自动模式,在这种模式下,漫游者会在预定义的路径上自行移动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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