Modules | |
| Anti-Simmetry Control | |
| Brings a system out froma simmetry. | |
| Binary registration | |
| Binary registration algorithms. | |
| Feature extraction from camera view | |
| Algorithm to extract features from a camera view. | |
| Feature extraction on Scan | |
| Collection of feature extraction algorithms on 2D Scan. | |
| Recursive Filters | |
| This module provides simple classes for recursive filters. | |
| Extended Kalman (EK) filter for the UAV localization task via camera and IMU | |
| TODO. | |
| Formation control algorithms | |
| Formation control algorithms. | |
| Laser Navigation | |
| Simple laser navigation algorithm. | |
| Multiple registration | |
| Multi registration algorithm. | |
| Mutual localization | |
| Filter for the mutual localization. | |
| Obstacle avoidance | |
| Obstacle avoidance algorithms. | |
| Odometry | |
| This module provides a simple class for the integration of encoders lectures, giving back the new pose of the mobile robot. | |
| Visual tracking | |
| Performs visual tracking for specified features. | |
| Passivity algorithms | |
| Passivity algorithms. | |
| Probability Hypotesis Density (PHD) Filter | |
| This module provides ambstract classes and implementation for the Probability Hypotesis Density Filter for multi-target tracking in a 2-dimensional scenario. A standard interface for this tipe of filter is provided through a collection of abstract classes. The following implementation of the PHD Filter are also provided: - Gaussian Mixture . | |
| Trajectory control | |
| Trajectory control algorithms. | |
| Uav control | |
| Uav control algorithms. | |
| Kalman Filter Visual Navigation | |
| View-point planner algorithms. | |
| Voronoi | |
| Voronoi algorithms. | |
| View-point planner | |
| View-point planner algorithms. | |
| Path planner | |
| Path planner algorithms. | |
Classes collection of robotics algorithms, e.g., geometric and sensor data processing (Voronoi diagrams, feature extraction,...), estimate (Kalman filtering, particle filtering,...), control (trajectory control, obstacle avoidance,...).
1.5.6