【ChatGPT】初體驗的對話過程
最近一直出現ChatGPT的討論與新聞，也來試了一下。 我問ChatGPT：What is FPV Drone? ChatGPT回答： FPV (First Person View) Drone is a type of drone that allows the operator to see a live video feed from the drone’s camera while flying it. The operator is able to control the drone as if they were sitting in the cockpit, providing an immersive flying experience. FPV drones typically use a small camera that is mounted on the drone, which streams a live video feed to the operator via a wireless connection. The operator can then view the video feed on a monitor or goggles, which display the video in real-time. FPV drones are popular among hobbyists and professional drone pilots for their ability to capture unique and exciting aerial footage. They are also commonly used for racing, search and rescue, and other applications where the operator needs to see the drone’s perspective in real-time. 再要求ChtGPT用繁體中文回答：Could you say it again in Traditional Chinese?
I am sorry, but I do not have an updated information about the annual FPV drone racing events in the world, my last training data is from 2021. However, you can find several FPV drone racing events around the world such as:
再問問ChatGPT：List open source drone projects for me. ChatGPT： There are many open-source drone projects available, here are a few examples:
ChatGPT回答：
FPV (第一人稱視角) 无人機是一种无人机，允许操作员在飞行时看到无人机摄像头的实时视频饲料。操作员可以像坐在驾驶舱里一样控制无人机，提供一种沉浸式的飞行体验。 FPV无人机通常使用安装在无人机上的小型摄像头，通过无线连接将实时视频饲料传送给操作员。操作员可以在显示器或护目镜上查看视频饲料，实时显示视频。 FPV无人机在业余爱好者和专业无人机飞行员中非常受欢迎，因为它们能够捕捉独特和令人兴奋的空中镜头。它们还常用于比赛，搜救和其他应用中，操作员需要在实时看到无人机的视角。
我要的是繁中，於是，我：I mean reply the question in Traditonal Chinese. ChatGPT： FPV (第一人稱視角) 无人機就是一種能夠讓操作者透過直接看到機身攝影機的視角來飛行的無人機，操作者可以像坐在駕駛艙內一樣控制飛行，提供沉浸式的飛行體驗。 發現它有點偷懶了，於是我：Reply it more precisely. ChatGPT： FPV(第一人稱視角) 无人機是一种能够让操作者透过无人机上的摄像头实时观看飞行视角的无人机。操作者可以通过接收器将无人机上的视频信号传输到显示器或护目镜上，从而实时了解飞行状态和飞行高度，进而更好的控制飞行方向和高度。这种技术主要应用在航拍、比赛、搜索救援等领域。
好了，再試試，我要ChatGPT列出世界上所有的穿越機賽事：List FPV drone racing annually in the world ChatGPT：
- DR1 Racing
- MultiGP
- US Drone Racing
- DRL (Drone Racing League)
- IDRA (International Drone Racing Association)
- FAI (Fédération Aéronautique Internationale)
- LDPL (Ligue Drone de France)
- LPRS (League of Professional Racing Drones)
試試他的中文能力：I need you translate the reply in Traditional Chinese. ChatGPT： 對不起，我沒有最新的全球年度FPV无人机赛事的信息，我的最新訓練資料為2021年。不過你可以在世界各地找到一些FPV无人机赛事，如：
好吧，還是有點繁簡不分…，感謝ChatGPT一下：Great job, chatGPT. ChatGPT：謝謝，我很高興能夠幫助您。如果還有其他問題，請隨時問我。
- DR1 Racing
- MultiGP
- US Drone Racing
- DRL (无人机赛车联盟)
- IDRA (国际无人机赛车协会)
- FAI (国际航空运动联合会)
- LDPL (法国无人机联赛)
- LPRS (职业无人机赛车联盟)
- PX4: An open-source flight control software for drones, which supports a variety of flight controllers and provides a platform for autonomous flight.
- ArduPilot: An open-source autopilot system for drones and other autonomous vehicles. It supports a variety of flight controllers and provides advanced features such as waypoint navigation and camera control.
- ROS (Robot Operating System): A popular open-source framework for developing robotics applications, which can be used to control drones and other robotic systems.
- QGroundControl: An open-source ground control station for drones, which provides a user-friendly interface for configuring and controlling drones.
- MAVLink: An open-source communication protocol for drones, which allows for the exchange of telemetry data and control commands between the flight controller and ground station.
- Paparazzi: Open-source autopilot system for fixed-wing and multicopter aircraft.
- DroneKit: A set of open-source libraries for developing drone applications. It allows developers to control drones and access telemetry data from Python scripts.
- DJI SDK: A set of open-source libraries for developing drone applications for DJI drones.
我：More
ChatGPT：
Here are a few more open-source drone projects you may want to check out: 9.Librepilot: an open-source autopilot system for drones and other autonomous vehicles. It is based on the OpenPilot project and supports a variety of flight controllers. 10.Dronecode: an open-source platform for unmanned aircraft systems (UAS) which provides a flexible and powerful platform for drone development. 11.AeroQuad: an open-source quadcopter control platform that allows for the development of advanced control algorithms. 12.OpenCV: an open-source computer vision library that can be used for image processing and object detection on drones. 13.Gazebo: an open-source simulation environment for drones and other robots, which can be used for testing and development. 14.SITL (Software in the Loop) : an open-source project that allows developers to simulate drone flights on a computer before testing them on real hardware. 15.OpenDroneMap: an open-source toolkit for processing aerial drone imagery, which can be used to create 3D maps and models of the environment. 16.MavLink: an open-source communication protocol for drones, which allows for the exchange of telemetry data and control commands between the flight controller and ground station. These are some of the most well-known open-source drone projects, but there are many others out there.
不錯，會繼續延伸…
我：Which one is best for beginner?
ChatGPT：
It really depends on what you are looking to do with your drone as a beginner. Some open-source drone projects are more beginner-friendly than others.
- PX4 and ArduPilot are both great options for beginners as they provide a lot of documentation and support for getting started with autonomous flight.
- QGroundControl is a user-friendly open-source ground control station that can be used to control and configure drones.
- Dronekit is a good option for beginners who want to develop their own drone applications, as it provides a simple Python API for controlling drones.
- DJI SDK is a good option for beginners who want to develop applications for DJI drones specifically.
- Aeroquad is a good choice for beginners who are interested in developing advanced control algorithms.
- SITL (Software in the Loop) is a good option for beginners who want to simulate drone flights on a computer before testing them on real hardware.
- OpenDroneMap is a good option for beginners who want to create 3D maps and models of the environment using aerial drone imagery.
幾個對答下來，發現ChatGPT是一個以後在寫計畫或找資料上一個大幫手，搜尋引擎好用，但是要自己過濾與整理資料，ChatGPT幫忙完成這個工作，以後工作的效率會提高許多了。
Tag:ChatGPT
