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Next Generation Security And Surveillance System Using Autonomous Vehicles

机译:使用自动车辆的下一代安全和监控系统

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In the present era of autonomous robotics, unmanned ground vehicles (UGV) and unmanned aerial vehicles (UAV) have emerged as a prime technology for implementing security and surveillance system. Development of autonomous vehicle algorithm is a challenging task requiring reliable and efficient navigation and control algorithms. This paper presents design and development of UGV and UAV for securing highly sensitive areas from any type of intruder or suspicious activity. An algorithm for self-governing navigation and recursive path following was developed and successfully implemented on UGV. Live video feed and real-time mapping through UGV was tested in indoor and outdoor locations. A novel algorithm was proposed for localization and autonomous flight of UAV. The proposed algorithm incorporates the implementation of haver-sine formula, complex geometric calculations along with the aid of accurate sensor network to achieve the autonomous flight of UAV.
机译:在目前的自主机器人学时,无人机地面车辆(UGV)和无人驾驶航空公司(UAV)已成为实施安全和监测系统的主要技术。自主车辆算法的开发是一种具有挑战性的任务,需要可靠和高效的导航和控制算法。本文介绍了UGV和UAV的设计和开发,用于保护来自任何类型的入侵者或可疑活动的高度敏感区域。开发了一种用于自控导航和递归路径的算法,并在UGV上成功实现。通过UGV的实时视频馈送和实时映射在室内和室外位置进行了测试。提出了一种新颖的算法,用于UAV的本地化和自主飞行。该算法借助准确的传感器网络实现了哈维尔 - 正弦公式,复杂几何计算的实现,以实现无人驾驶的自主飞行。

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