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Surveillance Robot in Hazardous Place Using IoT Technology

机译:使用物联网技术监测机器人在危险场所

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This paper deals with human surveillance through the technology based on IoT featuring robotics using an Arduino UNO microcontroller that is controlled by a smartphone and a PC. The objective is to develop a spy robotic car which is suited to provide an act of continuous surveillance in hazardous environment. The robot is capable to record the real-time streaming in day time and night time as well through wireless camera. Those movements of the robot are controlled manually at the user end. This robot reduces human intervention directly in a hazardous place where continuous supervision and security is necessary. The complete system comprises of various sensors like PIR sensor, ultrasonic sensor, and gas sensor interfaced with Arduino board. Spy robot monitor the live streaming information and transfer it to the connected Android device. Android application can control the navigation of the robot from a large distance using WIFI communication. Further advancement of this project will lead to usage of spy robots even in defense and mining areas. Border areas require complete and uninterrupted supervision for country’s safety and security from enemies and using spy robots can beworthwhile.
机译:本文通过基于IOT的技术来处理人类监控,该技术采用机器人使用智能手机和PC控制的Arduino Uno微控制器。目的是开发间谍机器人车,适用于在危险环境中提供连续监测的行为。机器人能够通过无线照相机在白天和夜间录制实时流。机器人的那些运动在用户端手动控制。该机器人直接降低人为干预,在持续监督和安全是必要的危险之处。完整的系统包括像PIR传感器,超声波传感器和与Arduino板接口的气体传感器等各种传感器。间谍机器人监控实时流信息并将其传输到连接的Android设备。 Android应用程序可以使用WiFi通信从大距离控制机器人的导航。即使在国防和采矿区,该项目的进一步进步将导致间谍机器人使用。边境地区要求完全和不间断地监督敌人的安全和安全,并使用间谍机器人可以迎合。

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