Steuerungsarchitekturen für autonome mobile Roboter
This presents a new control architecture, which is designed to support the development of intelligent control systems. It is especially designed for systems that are connected to the real world via sensors and actuators and deal with dynamic and partly unpredictable environments, for instance to control an autonomous mobile robot.
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Robonav:Smart Mobile Controlled Autonomous Robot
ABSTRACT The advancement of robotics and automation has led to the development of intelligent autonomous systems capable of performing complex tasks with minimal human intervention. RoboNav is a smart, mobile-controlled autonomous robot designed for versatile applications, including surveillance, logistics, and assistance in industrial and domestic ...
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Enhanced trajectory tracking for autonomous navigation of wheeled mobile robots using an adaptive fuzzy PID controller. [PDF]
El Zoghby HM +3 more
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Adaptive human-robot collaboration in wind turbine manufacturing using digital twins. [PDF]
Malik AA, Masood T.
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Development of smart patient care robot with enhanced autonomous navigation through path optimization in hospital wards. [PDF]
Kim B, Hyun J, Yang B, Moon Y, Choi J.
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Trajectory Prediction-Enabled Self-Decision-Making for Autonomous Cleaning Robots in Semi-Structured Dynamic Campus Environments. [PDF]
Peng J, Zhu Z, Fan Q, Xia R, Yin Z.
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Human-Robot Interaction in Indoor Mobile Robotics: Current State, Interaction Modalities, Applications, and Future Challenges. [PDF]
Khan AA, Thurow K.
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SimNav-XR: an extended reality platform for mobile robot simulation using ROS2 and Unity3D. [PDF]
Aryan P +3 more
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Autonomous navigation of mobile robots
Autonomous guided vehicles or mobile robots are machines that can accomplish assigned tasks in an environment without human assistant or intervention. In this thesis, problem areas in the development of efficient, simple, cost effective and fast autonomous navigation systems for unstructured and dynamic environment are addressed.
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The ADePT framework for assessing autonomous laboratory robotics. [PDF]
Salazar-Villacis P, Benyahia B.
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