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Building a quadcopter: An approach for an Autonomous Quadcopter

机译:建立四轴飞行器:自主四轴飞行器的一种方法

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Quadcopters or Drones are there with the Military or Government for a long time but these are gaining popularity among the civilians from past few years. Drones have evolved from Manual control to Autonomous Control in the few years of research. Now a days we can buy drones from online stores easily. But when it comes to making one by own is a tedious task. In this paper we have focused on making a drone from starting. By making own flight controller using Arduino Mega and Obstacle detection and Avoiding Unit using Raspberry Pi with the help of Accelerometer, Gyroscope and Barometer sensors along with GPS modules and camera modules to make quadcopter go autonomous. Raspberry Pi makes the Real Time calculations for the Obstacle Detection and Avoidance and Arduino Mega steers the quadcopter according to the commands received from the Raspberry Pi or the receiver and calculations made using dedicated PID controller.
机译:四旋翼飞机或无人驾驶飞机在军队或政府中呆了很长时间,但近几年来,它们在平民中越来越受欢迎。在过去的几年研究中,无人机已经从手动控制演变为自主控制。现在,我们可以轻松地从在线商店购买无人机。但是,当要自己做一个人时,这是一个乏味的任务。在本文中,我们着重于从一开始就制造无人机。通过使用Arduino Mega和障碍物检测来制作自己的飞行控制器,并在Raspberry Pi的帮助下,借助加速度计,陀螺仪和晴雨表传感器以及GPS模块和摄像头模块,来使躲避装置成为可能,从而使四轴飞行器自动运行。 Raspberry Pi对障碍检测和避免进行实时计算,而Arduino Mega根据从Raspberry Pi或接收器接收的命令以及使用专用PID控制器进行的计算来控制四轴飞行器。

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