A ROS architecture for the control of a mobile robot in a Gazebo environment.
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Updated
Jun 25, 2021 - Python
A ROS architecture for the control of a mobile robot in a Gazebo environment.
"Robotics" at Freie University Berlin WS18/19 + Robotics MOOCs
Research Project in A3C reinforcement learning algorithm used for path finding mobile robots
Modelling and SImulation of a mobile robot in Gazebo
Mobile robot
Controlling Mobile robots using ROS
Toolkit of mapping, bounding, ranging, trigonmetric functions for the development of mobile robotic software and systems that are frequently needed and convenient to have in one place.
Using real-time RGB image for straight path tracking of mobile robots
Optimal Path Planning in obstacle loaded map using Dijkstra
Intralogistics demo project based on Mobile Industrial Robot platform (MIR). Created during apprenticeship in ASTOR Poznan 2022.
Mobile Robot Simulator Controllers
ROS package for Autonomus mobile robot project
Implementation of several popular Kalman filter nonlinear variants intended for robotics systems and vehicle state estimation, including Extended Kalman Filter, Unscented Kalman Filter, Error State EKF, Invariant EKF, Square Root EKF, Cubature KF.
We proposed a new approach to detect anomalies of mobile robot data. We investigate each data seperately with two clustering method hierarchical and k-means. There are two sub-method that we used for produce an anomaly score. Then, we merge these two score and produce merged anomaly score as a result.
⚡🚘 Real world path-finding solution of a mapped environment.
Mobile-robot Collision Avoidance Learning
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