Computer vision solution to picosatellite detection and pose estimation
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Updated
Mar 14, 2017 - Python
Computer vision solution to picosatellite detection and pose estimation
Навигация в поле маркеров / упрощенное управление коптером
Репозиторий влит в https://github.com/CopterExpress/clever
An implementation for the generation, detection, and pose estimation of aruco markers using Python 3.
eYRC-2018 , Theme: AntBOT
Proactive Mobility, for Pepper on NAOqi 2.5.
This small app can save some commonly used opencv markers such as ArUco, ArUcoGrid, Chessboard and ChArUco to vector graphics file.
University project: Aruco code recognition, and making decision of the moving and turning direction of a drone based on found code parameters
samples of OpenCV calibration and Aruco Markers detection
🤖👷 An invariant to the camera position algorithm that helps to evaluate the working area of an industrial robot.
Measure displacement of an ArUco Marker in euclidean distance from 2 consecutive images (digital image correlation) given camera instrinsics
This repository is for Pyqt5 combine with OpenCv and Run ArUco classifier
Augmented reallity application in python
Mechatronic hamster ball mars rover robot thing!
Utils tools to calibrate our global camera for cdfr
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