Search Results for "path-movement"

go1pylib is a Python library designed to control the Go1 robot by Unitree Robotics. It provides an easy-to-use interface for robot movement, state management, collision avoidance, battery monitoring, and MQTT communication. Ideal for research and robotics development.

MATLABRobotics is a collection of robotics-related algorithms and simulation tools implemented in MATLAB. The repository brings together a wide range of robotics functionality, including path planning, control, localization, and mapping. It provides practical algorithmic implementations such as A*, RRT, Kalman filters, particle filters, and SLAM, making it a valuable resource for students, researchers, and developers learning or prototyping robotics applications. The code is written to be accessible and easy to adapt, enabling experimentation with both classical and modern robotics techniques. ...

A MATLAB toolbox for simulating the movement of the iRobot Create. Contains multiple GUIs for creating maps and other input, showing the movement of the Create, and replaying a previously saved session.

NEW 0.13.0 OpenShowVar is a free Linux, Mac OSX and Windows TCP client for serving as an interface to KUKA Robots. OpenShowVar implements an easy protocol for reading and writing Robot variables used inside a the Robot movement programs. KUKAVARPROXY and OpenShowVar are buit by IMTS s.r.l. Company. www.imts.eu

PAPAS (Path Planning Algorithms Suite) is a set of algorithms intended for path planning. It has common algorithms like PRM, RRT, Wavefront Planner, etc. The implementation is done in C language.

JQuadRobot, developed in Java and Java3d API, is designed to control a custom Quadruped Robot. The project contains two software components: editor for movement control and a simulator.

Windowed walking robot simulation system (based on Qt v.4 library). Allows projecting kinematic model of robot, planning robot movement, and movement simulation with gait parameters visualization. Program stores all data in XML files.

It is a six d.o.f. path planner for free-flying robots. It is based on hierarchical cell CSpace decomposition, sampling and Harmonic functions. Path Planning and Haptic rendering are integrated to find a free path and to provide haptic feedback.

Plantra-Trajectory Planning is a software to rebuild surfaces from cloud points, featuring shaded 3D visualization and path planning for robotics paths. It uses Voronoi diagram, Cyrus-Beck clipping, Delaunay triangulation and B-Splines.

This project consists in a simulation software of robot A.I. It is aimed at comparing the efficiency of robot intelligence against movement tasks between fixed checkpoints in a logical world.

CoPP is an object-oriented framework for developing algorithms for robot path planning. One of of the design goals is to make it easy to make comparisons between various path planning algorithms.