Search for dissertations about: "Electrical Engineering with specialization in Automatic Control"
Showing result 6 - 10 of 38 swedish dissertations containing the words Electrical Engineering with specialization in Automatic Control.
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6. Output feedback control : Some methods and applications
Abstract : This thesis studies some output feedback control laws. Particularly, iterative learning control (ILC) and decentralized network based algorithms are studied. Applications to control of wastewater treatment plants are outlined. READ MORE
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7. Security Allocation in Networked Control Systems
Abstract : Sustained use of critical infrastructure, such as electrical power and water distribution networks, requires efficient management and control. Facilitated by the advancements in computational devices and non-proprietary communication technology, such as the Internet, the efficient operation of critical infrastructure relies on network decomposition into interconnected subsystems, thus forming networked control systems. READ MORE
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8. Modeling and control of vibration in mechanical structures
Abstract : All mechanical systems exhibit vibrational response when exposed to external disturbances. In many engineering applications vibrations are undesirable and may even have harmful effects. Therefore, control of mechanical vibration is an important topic and extensive research has been going on in the field over the years. READ MORE
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9. Ammonium based aeration control in wastewater treatment plants : Modelling and controller design
Abstract : Wastewater treatment involves many processes and methods which make a treatment plant a large-scaled and complex system. A fundamental challenge is how to maintain a high process efficiency while keeping the operational costs low. READ MORE
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10. Viscoelastic Materials : Identification and Experiment Design
Abstract : Viscoelastic materials can today be found in a wide range of practical applications. In order to make efficient use of these materials in construction, it is of importance to know how they behave when subjected to dynamic load. READ MORE