Search for dissertations about: "Geometric control"
Showing result 1 - 5 of 91 swedish dissertations containing the words Geometric control.
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1. Geometric Control of Thrust Propelled Systems
Abstract : This thesis was motivated and inspired by the AEROWORKS project, a European research project, whose main goal was to deploy multiple heterogeneous unmanned aerial vehicles in environments where human intervention is restricted.In particular, this thesis focuses on control of aerial vehicles for the purposes of cargo transportation, an application of interest, for example, in inspection and maintenance of aging infrastructures. READ MORE
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2. Geometric control methods for nonlinear systems and robotic applications
Abstract : .... READ MORE
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3. Relative Information Based Distributed Control for Intrinsic Formations of Reduced Attitudes
Abstract : This dissertation concerns the formation problems for multiple reduced attitudes, which are extensively utilized in many pointing applications and under-actuated scenarios for attitude maneuvers. In contrast to most existing methodologies on formation control, the proposed method does not need to contain any formation errors in the protocol. READ MORE
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4. 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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5. Geometric analysis of stochastic model errors in system identification
Abstract : Models of dynamical systems are important in many disciplines of science, ranging from physics and traditional mechanical and electrical engineering to life sciences, computer science and economics. Engineers, for example, use models for development, analysis and control of complex technical systems. READ MORE