Unmanned aerial vehicle based bomb detection

C. Manoj, N. SaiTeja, R. D. Kumar, M. Priyadarsini, K. Murugesan, I. S. Rao
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引用次数: 1

Abstract

In any Bomb rescue operation, time factor plays a vital role. As Bomb can explore at any moment, Our task is to reduce the time consuming to detect the Bomb when compared to manual detection. Detecting Bomb manually is highly risky and much time consuming process. In this paper we propose a new technique using “Quadcopter” nothing but UA V (Unmanned Aerial Vehicle). It is an air vehicle which has multiple rotors (in our paper it is 4) and is controlled by the RC transmitter (joysticks). An attempt has been made to detect the bomb by using Geiger counter module. Geiger module can detect any type of radioactive radiation emitted from the Bomb. Bomb location information is sent to the user by making use of GPS and GSM modules. We integrated Geiger module, GPS module, GSM module, Arduino-UNO as a payload to the quadcopter. We need to pass the quadcopter on the area in which the operator wants to examine and if any Bomb is present, then Geiger tube detects it Then immediately Bomb location is sent to the operator's mobile by GPS and GSM modules. The main objective of this paper is to ensure the safety of the operator and to reduce the detection process time when compared to manual detection.
基于无人机的炸弹探测
在任何炸弹救援行动中,时间因素都起着至关重要的作用。由于炸弹可以随时探索,我们的任务是减少消耗的时间来检测炸弹相比,人工检测。人工检测炸弹是一个高风险、耗时的过程。在本文中,我们提出了一种使用“四轴飞行器”的新技术,而不是UA V(无人驾驶飞行器)。它是一种飞行器,有多个旋翼(在我们的论文中是4),并由RC发射机(操纵杆)控制。已经尝试使用盖革计数器模块来探测炸弹。盖革探测仪可以探测到原子弹释放出的任何类型的放射性辐射。利用GPS和GSM模块将炸弹位置信息发送给用户。我们集成了Geiger模块,GPS模块,GSM模块,Arduino-UNO作为四轴飞行器的有效载荷。我们需要在操作员想要检查的区域通过四轴飞行器,如果有炸弹存在,那么盖革管就会检测到它,然后立即通过GPS和GSM模块将炸弹位置发送到操作员的手机上。本文的主要目的是确保操作人员的安全,与人工检测相比,减少检测过程的时间。
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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