Variational Genetic Programming for Optimal Control System Synthesis of Mobile RobotsThe paper focuses on the problem of autonomous
control system synthesis for the mobile
robot Variational Analytic Programming for Synthesis of Optimal Control for Flying Robot on the quality of the chosen basic solution. An example of automatic
control system synthesis for flying
robot Modeling tracks and controller for servosila engineer robot in
robotics. Models let our opportunity to make mistakes that could break real
robot and
learn Synthesised Optimal Control for a Robotic Group by Complete Binary Genetic Programming*The paper continues the study of symbolic regression methods for
control learning. The optimal
Solving the Control Synthesis Problem Through Supervised Machine Learning of Symbolic Regression the
control synthesis problem for a mobile
robot using a supervised machine
learning method. A relatively new
Using symbolic regression techniques for machine learning to control robot movement: Advantages and cons into the application of symbolic regression in the domain of
robot movement
control, investigating both its advantages
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