a drone autonomous escape from trees, by computer vision. (cv2)
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Updated
Jun 10, 2019 - Python
a drone autonomous escape from trees, by computer vision. (cv2)
A Python library for interfacing with the Ryze Tello EDU, including swarm and search behaviours.
Sistema de planificación de rutas y ejecución de trayectorias para el Tello EDU
DJI Tello Drone tracks a moving object (a face or a person) on the horizontal/vertical plane keeps also a constant distance from the detection.
A GUI made using Tkinter for my DJI Tello EDU, named Flydo.
DJI's Tello Drone Programming Code
DJI's Tello controlled using The Keyboard with ability to tdetect Aruco codes.
A library for using the Ryze Tello EDU Drone
object detection and drone programming on DJI Tello. Originally based on https://www.computervision.zone/courses/drone-programming-course/
AutoPilot is a control system for the Tello EDU Drone. Using a local web platform, it merges a Flask backend with a React frontend for effortless drone operations. It also introduces OpenCV-powered facial recognition for real-time face tracking, enhancing drone interactivity.
Surveillance camera using Tello drone.
Face tracking using Tello drone
Control DJI Tello 🛸 using hand gesture recognition on drone`s camera video-stream. Feel free to contribute!
Example usage of DJI Tello EDU with the Python SDK
Some example scripts for the Ryze Tello drone
Execute this Python script to have your Tello drone perform a basic flight routine while simultaneously streaming video from its forward-facing camera.
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