Search for dissertations about: "autonomous robot Control"
Showing result 1 - 5 of 53 swedish dissertations containing the words autonomous robot Control.
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1. Coordination, Consensus and Communication in Multi-robot Control Systems
Abstract : Analysis, design and implementation of cooperative control strategies for multi-robot systems under communication constraints is the topic of this thesis. Motivated by a rapidly growing number of applications with networked robots and other vehicles, fundamental limits on the achievable collaborative behavior are studied for large teams of autonomous agents. READ MORE
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2. Development of intelligent robot systems based on sensor control
Abstract : Sensor based control systems increase flexibility and autonomy in robotics. One of the most common applications in robotics is welding, which is often limited to objects with fine tolerances. READ MORE
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3. Indoor Navigation for Mobile Robots : Control and Representations
Abstract : This thesis deals with various aspects of indoor navigationfor mobile robots. For a system that moves around in ahousehold or office environment,two major problems must betackled. First, an appropriate control scheme has to bedesigned in order to navigate the platform. Second, the form ofrepresentations of the environment must be chosen. READ MORE
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4. Control of Dynamical Systems subject to Spatio-Temporal Constraints
Abstract : Over the last decades, autonomous robots have been considered in a variety of applications such as persistent monitoring, package delivery and cooperative transportation. These applications often require the satisfaction of a set of complex tasks that need to be possibly performed in a timely manner. READ MORE
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5. On Communication and Flocking in Multi-Robot Systems
Abstract : Coordination of multi-robot systems to improve communication and achieve flocking is the topic of this thesis. Methods are proposed for mobile autonomous robots to follow trajectories in a way that improves communications with a base station. Further, a decentralized algorithm is presented that yields flocking with obstacle avoidance. READ MORE