Motion Planning
by Community · free · Last verified 2026-03-17
Motion Planning is the process of generating a valid trajectory for an autonomous system, such as a robot arm or self-driving car, from a starting state to a desired goal state. It computes a collision-free path that respects the system's kinematic and dynamic constraints, effectively bridging perception with physical action.
https://moveit.ros.org/ ↗B
B—Above Average
Adoption: B+Quality: AFreshness: ACitations: AEngagement: F
Specifications
- License
- BSD-3-Clause
- Pricing
- free
- Capabilities
- Sampling-Based Planning (RRT*, PRM), Optimization-Based Trajectory Generation (TrajOpt, CHOMP), Collision Detection and Avoidance, Configuration Space (C-Space) Exploration, Kinematic and Dynamic Constraint Satisfaction, High-Dimensional Planning (for many-jointed arms), Real-time Replanning for Dynamic Environments, Multi-Robot Path Planning
- Integrations
- [object Object], [object Object], [object Object], [object Object]
- Use Cases
- [object Object], [object Object], [object Object], [object Object], [object Object]
- API Available
- No
- Difficulty
- advanced
- Prerequisites
- kinematics, optimization, robot-perception
- Supported Agents
- Tags
- motion-planning, robotics, path-planning, trajectory-optimization, autonomous-systems, collision-avoidance, robot-kinematics, computational-geometry, control-theory, ai
- Added
- 2026-03-17
- Completeness
- 0.9%
Index Score
65Adoption
70
Quality
85
Freshness
82
Citations
80
Engagement
0