AutoTrack
Tracking software
A Matlab implementation of an adaptive visual tracking algorithm for UAVs with automatic spatio-temporal regularization
Matlab v1.0 implementation for AutoTrack
96 stars
7 watching
20 forks
Language: MATLAB
last commit: about 6 years agoLinked from 1 awesome list
Related projects:
| Repository | Description | Stars |
|---|---|---|
| This MATLAB implementation provides a robust and accurate tracker for real-time object tracking in aerial videos | 54 | |
| An open-source implementation of a visual object tracking algorithm using adaptive correlation filters and spatial feature selection | 92 | |
| A MATLAB implementation of visual odometry using Stereo Odometry based on careful feature selection and tracking. | 201 | |
| Provides a MATLAB framework for designing and controlling the trajectory of an unmanned aerial vehicle (UAV), enabling precise tracking and control. | 51 | |
| A Matlab implementation of a real-time tracker using convolutional neural networks for object tracking in visual environments. | 612 | |
| Software to track movement of model aircraft or drones with small high-gain antennas | 157 | |
| Converts bitmap images to vector graphics using tracing and color reduction techniques. | 542 | |
| An online visual tracking algorithm using fully convolutional neural networks implemented in MATLAB. | 131 | |
| A package for modern classes in tracking and movement data | 53 | |
| An implementation of MOSSE tracking algorithm in MATLAB for visual object tracking using adaptive correlation filters. | 83 | |
| Matlab implementations of event-based feature tracking methods for computer vision and robotics applications | 82 | |
| A collection of Matlab functions for simulating and tracking targets in various scenarios. | 380 | |
| Software for animal tracking and management using machine learning and sensor data | 4 | |
| Software implementation of visual object tracking technique with feature selection and filter learning components. | 58 | |
| This is a MATLAB implementation of two popular navigation algorithms: A-star and Real-Time Randomized Path Planning. | 65 |