Огибание препятствий при перемещении мобильного робота Q-обучения. Разработанное программное обеспечение включает средства
Mobile Robotics Simulation
Designing a machine vision system for a mobile robot to detect and mark dangerous areas mobile robot, whose task is to examine different environments autonomously, detect hazardous materials
Bristlebots in swarm robotics - new approaches in modeling and agent developmentBecker, F.,
Zeidis, I.,
Zimmermann, K.,
Cuellar, F.,
Pozo Fortunić, J. E.,
Lysenko, V.,
Minchenya, V. T. Bristlebots are vibration-driven
mobile robots. They are characterized by small size, high speed
Inspection robots with piezo actuators: modeling, simulation and prototypes is to show ways to cope with the new requirements and to use the given chances to create novel
mobile robots Map-merging algorithms for visual slam: Feasibility study and empirical evaluation-of-the-art vSLAM algorithms are capable of constructing accurate-enough maps that enable a
mobile robot Employing of RL Technology to Develop an Adaptive Motion Controller for a Line Follower Robot follower
robot. The controller learning process took place on the basis of the digital twin of the
mobile Voronoi-based trajectory optimization for UGV path planning task of
mobile robotics that requires an integrated approach. This paper describes a path planning