Search for dissertations about: "control barrier functions"
Showing result 1 - 5 of 35 swedish dissertations containing the words control barrier functions.
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1. Distributed Control for Spatio-Temporally Constrained Systems
Abstract : In this thesis, we develop methods leading towards the distributed control of spatio-temporally constrained systems. Overall, we focus on two different approaches: a model predictive control approach and an approach based on ensuring set-invariance via control barrier functions. READ MORE
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2. Partitioning and Control for Dynamical Systems Evolving on Manifolds
Abstract : With the development and integration of cyber-physical and safety-critical systems, control systems are expected to achieve tasks that include logic rules, receptive decision-making, safety constraints, and so forth. For example, in a persistent surveillance application, an unmanned aerial vehicle might be required to "take photos of areas A and B infinitely often, always avoid unsafe region C, and return to the charging point when the battery level goes low. READ MORE
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3. Correctness and Safety in Planning and Control via State-Space Partitions and Barrier Functions
Abstract : Autonomous systems have become increasingly prevalent in various industries, ranging from household cleaning robots to line inspection drones and copilot vehicles. Ensuring real-time safety is becoming a critical issue when the environment is rapidly changing. 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. Robust and Abstraction-free Control of Dynamical Systems under Signal Temporal Logic Tasks
Abstract : Dynamical systems that provably satisfy given specifications have become increasingly important in many engineering areas. For instance, safety-critical systems such as human-robot networks or autonomous driving systems are required to be safe and to also satisfy some complex specifications that may include timing constraints, i.e. READ MORE