Lists (1)
Sort Name ascending (A-Z)
Stars
Identification of dynamic parameters of robotic systems
A tool that converts common robot modeling formats to a unified schema
Dynamic model identification of the DVRK
A system identification framework for robots.
Matplot++: A C++ Graphics Library for Data Visualization 📊🗾
Fast Convex Model Predictive Control (MPC) using SCOCP and ROS2
Sequential convexified optimal control problem (scocp) solver in python
astomodynamics / scocp
Forked from Yuricst/scocpSequential convexified optimal control problem (scocp) solver in python
Constrained Differential Dynamic Programming Solver for Trajectory Optimization and Model Predictive Control
ROS2 Humble CDDP-MPC package without any addtional installation
Motion planning toolkit featuring ESDF mapping, A* path planning, and L-BFGS trajectory optimization integrated with SplineTrajectory library.
SguanFOC为有/无传感器的PMSM电机提供强大的磁场定向控制解决方案。库内集成了基于SVPWM的多种控制模式,支持位置环、速度环、电流环的单环/串级控制...同时针对嵌入式平台优化了数学运算,并提供高度可配置的PID和LADRC等控制器,满足从简单调速到高性能伺服的各类应用需求。
A Minimalist, Batteries-included Repository for Advancing World Model Science.
求职/升学/程序员找工作简历模板大全,全网最全的简历模板收集 | Free collection of resume templates for job/education |中文简历|英文简历|程序员简历模板|简历大全|简历模板|工作简历|简历封面
Time-Optimal Path Following with Bounded Acceleration and Velocity
Optimizing Dynamic Programming-Based Algorithms
tukuaiai / vibe-coding-cn
Forked from EnzeD/vibe-codingVibe Coding 从入门到精通教程|AI 结对编程工作流|Prompt、Skill、Workflow、上下文管理、codex实战指南
🔁 AMP-RSL-RL: Adversarial Motion Priors for robotic RL (PPO + motion imitation)
HiroIshida / foam
Forked from CoMMALab/foamConvert URDF Geometry to Spheres
Package for generic cartesian control of floating base robots. It includes a ROS-based front end, as well as a programmatic API that can be used inside a real-time loop.
Quadratic program based Inverse kinematic solver for mutli-robotic arms with respect to the kinematic and self-collision avoidance constraints
Very fast motion planning for articulated robot, through a bit of premature-optimization (C++ core with Python bindings) *less than 1ms for moderate problems
Saturation in the Null Space (SNS) Inverse Kinematic Library