Media Summary: This video shows the solution to one of the coding exercises for the lecture 08: PATH- In this simulation 4 obstacles are placed side by side creating a wall. Each obstacle is represented as a Gaussian Potential Field and Navigation Function Controls
Navigation In A Corridor Local Planner X Reactive Potential Function - Detailed Analysis & Overview
This video shows the solution to one of the coding exercises for the lecture 08: PATH- In this simulation 4 obstacles are placed side by side creating a wall. Each obstacle is represented as a Gaussian Potential Field and Navigation Function Controls This is a video supplement to the book "Modern Robotics: Mechanics, This is a demonstration of a research project using ARToolkit and Lego NXT. The program utilize Bluetooth communication, ... This video shows a robot performing autonomous
Ronja Güldenring , Michael Görner, Norman Hendrich , Niels Jul Jacobsen, Jianwei Zhang, Learning Formula1 avoiding obstacles using the VFF algorithm, solution developed by (github) This research presents experimental results of a 13th International Workshop on the Algorithmic Foundations of Robotics (WAFR 2018) Authors: Vasileios Vasilopoulos, Daniel E. VFF as local planner (local costmap: 3x3m with 10cm resolution)