Simulated Robot Navigates Cluttered Space with Theta* Planning and LIDAR Mapping
A MATLAB simulation combining Theta* planning, potential field avoidance, Pure Pursuit tracking and LIDAR mapping reached the goal in nine ...
A MATLAB simulation combining Theta* planning, potential field avoidance, Pure Pursuit tracking and LIDAR mapping reached the goal in nine ...
Researchers in Hefei have combined a compact Mie-scattering LiDAR with an autonomous electric vehicle to continuously profile aerosols in three ...
A new local planner maintains a probabilistic estimate of a hidden person's position, letting indoor robots keep following targets through ...
A constrained optimization method generated collision-free waypoints that helped simulated point-mass and wheelchair-type robots overcome local minima in artificial potential ...
A new study combines an improved graph capsule neural network with a user-aware A* path planning algorithm to create an ...
Researchers trained a deep reinforcement learning agent to plan collision-free paths for a fuel-saving free-floating space manipulator, even with noisy ...
Researchers in Colombia have developed heuristic and hyper-heuristic algorithms that generate synthetic lightning paths with controlled tortuosity, achieving about 99 ...
Researchers have developed a modified particle swarm optimization algorithm that outperforms eight competing heuristics in mobile robot path planning, cutting ...
Researchers at Beihang University have developed a fuzzy-based adaptive kinodynamic RRT* path-planning algorithm that lets fixed-wing aircraft plan physically feasible ...
Researchers have developed an adaptive logistic regression model that lets low-cost autonomous robots classify obstacles and steer through dense environments ...
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© 2026 Scienmag - Science Magazine