Simone Cavallera
Autonomous Docking System with Obstacle Avoidance for a Differential Drive Robot.
Rel. Marcello Chiaberge, Marina Mondin. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Informatica (Computer Engineering), 2021
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Abstract
Nowadays, autonomous mobile robots are widely used in many different fields, from industries to home environments. To ensure autonomy from human intervention, a navigation system that includes obstacle avoidance, as well as an autonomous recharging system capable of guaranteeing long term activity, is essential. This work is part of a project carried out by the InnoTech System company in collaboration with the California State University of Los Angeles. Their goal is to develop a fully autonomous differential drive robot capable of executing various tasks such as helping people at the San Diego airport terminal or delivering food to students in the University Citadel.
The aim of this thesis is the development and the implementation of an autonomous docking system that allows the mobile robot to reach the charging station avoiding potential obstacles
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