Prototype robot rover with Arduino, LabVIEW and mobile devices

M. Beltran, Oscar Salinas, M. Luna-Ortíz
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Abstract

Terrestrial robot prototype all – terrain explorer, for exploration of areas that pose a danger to humans was developed. Mega Arduino microcontroller was used for remote control of the robot's movements as well as shipping and receiving signals in a wireless way. The visual interface is adapted to be used with mobile devices, with which the robot can be controlled, and also signal processing for decision- making. This visual interface was developed in LabVIEW executable mode, so this software not need be installed on the mobile device. A comparison between RF technologies and Wi - Fi point to point, no significant difference was found between them, with respect to the wireless functionality of the robot. The terrestrial prototype designed has four wheels, it is functional is independent and can be moved into different types of surface and places where humans cannot access, either for safety or for the same site. The proof of concept was successful, the prototype is expandable in functionality, appropriate technologies and application-specific functions can be integrated into the overall scheme.
基于Arduino、LabVIEW和移动设备的机器人漫游车原型
研制了全地形探测器地面机器人样机,用于探测对人类构成危险的区域。Mega Arduino微控制器用于远程控制机器人的运动,以及以无线方式发送和接收信号。该视觉界面适用于移动设备,可用于机器人的控制,也可用于决策的信号处理。本可视化界面是在LabVIEW可执行模式下开发的,因此无需在移动设备上安装本软件。在射频技术和Wi - Fi点对点技术之间的比较中,在机器人的无线功能方面没有发现显著差异。设计的地面原型有四个轮子,它的功能是独立的,可以移动到人类无法进入的不同类型的表面和地方,无论是为了安全还是为了同一地点。概念验证是成功的,原型在功能上是可扩展的,适当的技术和特定的应用功能可以集成到整体方案中。
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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