ego-planner

Planner

A lightweight gradient-based local planner for quadrotors

GitHub

1k stars
22 watching
294 forks
Language: C++
last commit: over 1 year ago
Linked from 1 awesome list


Backlinks from these awesome lists:

Related projects:

Repository Description Stars
zju-fast-lab/am_traj A C++ library for generating efficient piecewise polynomial trajectories for autonomous flight planning 185
karlkurzer/path_planner This project develops a real-time path planning algorithm for an autonomous vehicle navigating complex environments. 1,587
ntnu-arl/mbplanner_ros Automated motion planning system for navigating complex environments 322
rst-tu-dortmund/teb_local_planner An optimal trajectory planner for mobile robots 1,051
krishauser/klampt A comprehensive toolkit for robot modeling, planning, and simulation 377
mit-acl/faster A trajectory planning system designed to navigate in unknown environments using aerial robots and ground robots. 976
hjreachability/fastrack An implementation of an online safe trajectory planning algorithm with slower but safer planning methods. 73
bliksemlabs/rrrr A C-language routing algorithm implementation for generating optimal routes in public transportation systems 167
ompl/ompl A software development framework for motion planning and pathfinding in robotics 1,482
ardupilot/missionplanner A software application used to plan and control autonomous unmanned aerial vehicles (UAVs), integrating navigation, autopilot systems, and ground control stations. 1,790
vdvde/ojp An API standard for distributed journey planning in public transport systems 22
ewingkang/dubins-rrt-for-matlab A path planning algorithm using a randomized tree approach with Dubins curves and collision checking. 46
aurone/smpl A comprehensive set of libraries and tools for motion planning in robotics 39
turbopape/milestones Automates project planning by generating schedules based on task descriptions and constraints 118
ariannagavioli/motion-planning-for-kuka-lbr Automated robotic arm motion planning with obstacle avoidance using MATLAB and CoppeliaSim simulator. 71