831 resultados para Linear-time-invariant systems
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Federal Highway Administration, Office of Research, Washington, D.C.
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Mode of access: Internet.
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Bibliography: p. 17-18.
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"UILU-ENG 78 1745."
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"COO-2383-0077"--P. 1 of cover.
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Vita.
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Vita.
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"EE 61-4. Research project PRF 30. Contract no. AF 29(600)-1933."
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Mode of access: Internet.
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Mode of access: Internet.
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Halkett and Laing, following a passing reference to this work in Notes and queries, March 12, 1852, p. 259, ascribe the authorship to "Mrs. Flannigan". and they are followed by Cushing. V. L. Oliver, however, in his History of the island of Antigua, London, 1894-99, v. 1, p. iv. attributes the work to "Mrs. Lanaghan".
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"...shortened version of lectures given....in August 1967..."
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Mode of access: Internet.
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This paper is concerned with assessing the interference rejection capabilities of linear and circular array of dipoles that can be part of a base station of a code-division multiple-access cellular communication system. The performance criteria for signal-to-interference ratio (SIR) improvement employed in this paper is the spatial interference suppression coefficient. We first derive an expression for this figure of merit and then analyze and compare the SIR performance of the two types of arrays. For a linear array, we quantitatively assess the degradation in SIR performance, as we move from array broadside to array end-fire direction. In addition, the effect of mutual coupling is taken into account.
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For quantum systems with linear dynamics in phase space much of classical feedback control theory applies. However, there are some questions that are sensible only for the quantum case: Given a fixed interaction between the system and the environment what is the optimal measurement on the environment for a particular control problem? We show that for a broad class of optimal (state- based) control problems ( the stationary linear-quadratic-Gaussian class), this question is a semidefinite program. Moreover, the answer also applies to Markovian (current-based) feedback.