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Write an Object Tracking Drone Application

机译:写一个对象跟踪无人机应用程序

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摘要

In this article, I discuss how to develop a basic quadrotor application for autonomous object tracking in simulation, by integrating computer vision object detection with the MAVSDK MAVLink library for autonomous flight control. PX4 Software in the Loop (SITL) simulation will be used to test the code example. I will talk about how to set up a development environment in the Ubuntu operating system that includes all the required tools-the PX4 SITL simulation environment, the MAVSDK-Python library and the Python OpenCV library. I will then explain a workflow to read and process images to detect objects by using a very basic computer vision technique-color range segmentation. Results obtained from the detection process will then be used to control a simulated quadcopter with the MAVSDK-Python MAVLink library, to make it autonomously track the detected object.
机译:在本文中,我讨论了如何通过将计算机视觉对象检测与MavsDK Mavlink库进行自主飞行控制来讨论模拟中的自主对象跟踪,如何开发基本的四元体追踪。循环中的PX4软件(SITL)模拟将用于测试代码示例。我将讨论如何在Ubuntu操作系统中设置开发环境,包括所有所需的工具 - PX4 Sitl仿真环境,MavsDk-Python库和Python OpenCV库。然后,我将解释一个工作流程来读取和处理图像以通过使用非常基本的计算机视觉技术 - 颜色范围分割来检测对象。从检测过程获得的结果将用于使用MavsDk-Python Mavlink库控制模拟的Quadcopter,以使其自主地跟踪检测到的对象。

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