The article describes the models and software implementation at different architectural levels of the control system for a self-driving car for cross-country travel. A car powered by an internal combustion engine was chosen as a platform. At the level of electronic components, solutions are described that allow control typical components of a car: gear shifting, clutch, brake, steering and gas. The software implementation of the control system describes the computer vision component for recognizing near and far obstacles in order to maneuver along the road in rough terrain, taking into account the geometry of the car. A mapping service is also described, which allows to set the initial, final coordinates and intermediate points of the route. Schemes and models for re-equipping a typical car for unmanned control, as well as an unmanned driving algorithm for driving in rough terrain, claim novelty.
Off-Road Autonomous Vehicle Control System
Studies in Systems, Decision and Control
International Conference Artificial Intelligence in Engineering and Science ; 2022 ; Ulyanovsk Oblast, Russia November 15, 2022 - November 18, 2022
25.04.2023
13 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
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