Closed-loop adaptive optics control in strong atmospheric turbulence.

ISBN 10: 1243567198 / ISBN 13: 9781243567192
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Closed-loop adaptive optics control in strong atmospheric turbulence. N° de ref. de la librería

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Sinopsis: Enjoy a wide range of dissertations and theses published from graduate schools and universities from around the world. Covering a wide range of academic topics, we are happy to increase overall global access to these works and make them available outside of traditional academic databases. These works are packaged and produced by BiblioLabs under license by ProQuest UMI. The description for these dissertations was produced by BiblioLabs and is in no way affiliated with, in connection with, or representative of the abstract meta-data associated with the dissertations published by ProQuest UMI. If you have any questions relating to this particular dissertation, you may contact BiblioLabs directly.

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1.

Venema, Todd M.
Editorial: BiblioScholar (2012)
ISBN 10: 1288395833 ISBN 13: 9781288395835
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Descripción BiblioScholar, 2012. Estado de conservación: New. This item is printed on demand for shipment within 3 working days. Nº de ref. de la librería LP9781288395835

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Todd M Venema
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Descripción Biblioscholar, 2012. PAP. Estado de conservación: New. New Book. Delivered from our UK warehouse in 3 to 5 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000. Nº de ref. de la librería LQ-9781288395835

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Todd M Venema
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Descripción Biblioscholar, United States, 2012. Paperback. Estado de conservación: New. 246 x 189 mm. Language: English . Brand New Book ***** Print on Demand *****. A self-referencing interferometer based closed-loop adaptive optics controller is developed which is designed to operate effectively under strong turbulence conditions. The aberrated optical field is modeled stochastically and then estimates of the state of the system are developed using a steady-state, fixed-gain Kalmanfilter. The phase of the optical field is considered the state of the system which is wrapped in a limited range of (-; ]. This phase is unwrapped through the use of a least-squares reconstructor which has been modified to work effectively in the presence of branch points associated with strong turbulence. The conjugate of the optical phase is then applied to the system s deformable mirror in order to correct for the e ects of atmospheric turbulence on the optical field. The advances developed in this research are in the application of a steady-state, fixed-gain Kalmanfilter to the input of an adaptive optic system, unwrapping the optical phases after the field estimation, and improving the phase unwrapping by varying the domain of the rotational phase component present in strong turbulence. The system developed in this research is shown in computer simulation to be improved over current designs by comparing performance plotsof system Strehl ratios for systems utilizing the different designs. Nº de ref. de la librería AAV9781288395835

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Todd M Venema
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Descripción Biblioscholar, United States, 2012. Paperback. Estado de conservación: New. 246 x 189 mm. Language: English . Brand New Book ***** Print on Demand *****.A self-referencing interferometer based closed-loop adaptive optics controller is developed which is designed to operate effectively under strong turbulence conditions. The aberrated optical field is modeled stochastically and then estimates of the state of the system are developed using a steady-state, fixed-gain Kalmanfilter. The phase of the optical field is considered the state of the system which is wrapped in a limited range of (-; ]. This phase is unwrapped through the use of a least-squares reconstructor which has been modified to work effectively in the presence of branch points associated with strong turbulence. The conjugate of the optical phase is then applied to the system s deformable mirror in order to correct for the e ects of atmospheric turbulence on the optical field. The advances developed in this research are in the application of a steady-state, fixed-gain Kalmanfilter to the input of an adaptive optic system, unwrapping the optical phases after the field estimation, and improving the phase unwrapping by varying the domain of the rotational phase component present in strong turbulence. The system developed in this research is shown in computer simulation to be improved over current designs by comparing performance plotsof system Strehl ratios for systems utilizing the different designs. Nº de ref. de la librería AAV9781288395835

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Venema, Todd M.
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ISBN 10: 1288395833 ISBN 13: 9781288395835
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Todd M Venema
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Todd M. Venema
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Descripción Paperback. Estado de conservación: New. 189mm x 8mm x 246mm. Paperback. A self-referencing interferometer based closed-loop adaptive optics controller is developed which is designed to operate effectively under strong turbulence condition.Shipping may be from our UK, US or Australian warehouse depending on stock availability. This item is printed on demand. 154 pages. 0.286. Nº de ref. de la librería 9781288395835

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Todd M. Venema
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Descripción BiblioScholar. Paperback. Estado de conservación: New. Paperback. 154 pages. Dimensions: 9.7in. x 7.4in. x 0.3in.A self-referencing interferometer based closed-loop adaptive optics controller is developed which is designed to operate effectively under strong turbulence conditions. The aberrated optical field is modeled stochastically and then estimates of the state of the system are developed using a steady-state, fixed-gain Kalmanfilter. The phase of the optical field is considered the state of the system which is wrapped in a limited range of (- ; . This phase is unwrapped through the use of a least-squares reconstructor which has been modified to work effectively in the presence of branch points associated with strong turbulence. The conjugate of the optical phase is then applied to the systems deformable mirror in order to correct for the e ects of atmospheric turbulence on the optical field. The advances developed in this research are in the application of a steady-state, fixed-gain Kalmanfilter to the input of an adaptive optic system, unwrapping the optical phases after the field estimation, and improving the phase unwrapping by varying the domain of the rotational phase component present in strong turbulence. The system developed in this research is shown in computer simulation to be improved over current designs by comparing performance plotsof system Strehl ratios for systems utilizing the different designs. This item ships from multiple locations. Your book may arrive from Roseburg,OR, La Vergne,TN. Paperback. Nº de ref. de la librería 9781288395835

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