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Adaptive intelligent spider robot

机译:自适应智能蜘蛛机器人

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This paper present the development of an adaptive intelligent spider robot. With the incorporation of sensors, the four-legged spider robot is able to monitor the environment wirelessly. A new auto-station adaptation National Instrument (NI) controller in application for intelligent robot is proposed. The research work will solve the weak adaptive ability of conventional existing robot. The proposed project proposes a self-adaptive smart spider robot that functions without human interfacing. The proposed design utilizes the control scheme with National Instruments (NI) LabVIEW to produce a smart portable system. Furthermore, the adaptive intelligent spider robot easily adapts to new situations when facing obstacles. The design is carried out using feed-back loop schematic LabVIEW interfacing with the smart controller and incorporation of GH-311 Ultrasonic Sensor to detect any obstacle in front of the robot, GH-312 Smoke Sensor which use to detect smoke in the particular area and LM35 Temperature sensor to get temperature for the surround. The proposed module was designed and implemented using movable wireless Router Module TP Link TL-MR3420 Router transceiver for device communication. The robot was tested and analyzed showing the system efficiency of above 95%, which is competent in robotic applications [1–4].
机译:本文介绍了自适应智能蜘蛛机器人的发展。通过结合传感器,四足蜘蛛机器人可以无线监控环境。提出了一种适用于智能机器人的新型自适应自动控制器。这项研究工作将解决传统现有机器人的弱适应能力。拟议的项目提出了一种自适应智能蜘蛛机器人,无需人工干预即可运行。拟议的设计利用National Instruments(NI)LabVIEW的控制方案来生产智能便携式系统。此外,自适应智能蜘蛛机器人在遇到障碍物时可以轻松适应新情况。该设计使用反馈回路原理图LabVIEW与智能控制器进行接口,并结合GH-311超声波传感器来检测机器人前方的任何障碍物; GH-312烟雾传感器用于检测特定区域中的烟雾; LM35温度传感器可获取周围环境的温度。提出的模块是使用可移动无线路由器模块TP Link TL-MR3420路由器收发器设计和实现的,用于设备通信。经过测试和分析,该机器人的系统效率超过95%,可以胜任机器人应用[1-4]。

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