Global ETD Search

61	Adaptive control for real-time dynamic substructuring tests Elorza, Iker January 2011 (has links) No description available. 003.5
62	Optimal and robust scheduling for networked control systems Longo, Stefano January 2011 (has links) No description available. 003.5
63	Modeling and compensation of inverter nonlinear distortion effects for signal injection based sensorless control Salt, Daniel Edward January 2011 (has links) No description available. 003.5
64	The design of control systems which contain saturating components Fuller, A. T. January 1960 (has links) No description available. 003.5
65	Predictive control of third and higher order systems Billingsley, J. January 1969 (has links) No description available. 003.5
66	Passive electrical and mechanical network synthesis Jiang, Z. January 2010 (has links) This dissertation is concerned with low-complexity mechanical and electrical network synthesis. This dissertation first formalises the concept of regular positive real function and develops a series of lemmas characterising the basic properties of regularity. This concept will be shown to be useful in the classification of low-complexity two-terminal networks. We classify the positive-real biquadratic functions which can be realised by five-element networks. It will be shown that a biquadratic can be realised by a series-parallel network with two reactive elements if and only if it is regular. Moreover, there are two such networks quartets which can realise all regular biquadratics. It will also be shown that the only five-element networks which can realise non-regular biquadratics can be arranged into three network quartets. We then investigate the series-parallel six-element networks with three reactive elements. We will describe a classification procedure to find an efficient subset of such networks which may realise any non-regular biquadratic that can be synthesised by this class of networks. Four network quartets will be identified which serve this purpose. We will then derive the non-regular biquadratics which can be realised by each quartet. We will show that the set of non-regular realisable biquadratics are identical for three of the quartets. The series-parallel six-element networks with four reactive elements will then be investigated. We describe a classification procedure to find an efficient subset of such networks which may realise any non-regular biquadratic that can be synthesised by this class of networks. Five network quartets will be identified which serve this purpose. We will then derive the non-regular biquadratics which can be realised by each quartet. 003.5
67	Self-optimising systems Jacobs, O. L. R. January 1962 (has links) No description available. 003.5
68	Automatic control of high order systems Davison, E. J. A. January 1964 (has links) No description available. 003.5
69	The application of systems of orthogonal signals to the solution of optimization problems Barker, H. A. January 1966 (has links) No description available. 003.5
70	The static and dynamic flow forces in a particular spool valve configuration Foster, K. January 1963 (has links) No description available. 003.5

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