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Accuracy Analysis of Astronomical Positioning Results
Jalovecký, Martin ; Kratochvíl,, Radim (referee) ; Machotka, Radovan (advisor)
This diploma thesis is focused on the analysis of results accuracy of astronomical positioning. It describes observation methods and the latest surveying systems used in geodetic astronomy. Further in the thesis there is the description of surveying system MAAS-1. Subject of the elaboration is the data obtained by measuring with this system. Testing is focused on digital camera. There is also an analysis of the results of geographical coordinates, depending on the accuracy of determining the angled pixel size and also on the accuracy of the input coordinates.
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Measurement of the optical systems properties
Vrábel, Miroslav ; Jiřík, Radovan (referee) ; Kolář, Radim (advisor)
This thesis includes basic review and description of imaging system. Introduced proposition which affects optical system in practice. Introduced with appropriate way of optical system review. Main object of this project is offered a proper tests for verifying parameters of optical systems. Design advance for measuring MTF is the main test of the project .In this project is described the way of analyze results in professional computer software Imatest studio.
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Modern methods for digital scene capturing
Nováček, Petr ; Horák, Karel (referee) ; Petyovský, Petr (advisor)
The thesis composes conventional and modern methods for digital scene capturing. The target of the thesis is a comparison of CMOS with Bayer mask and Foveon X3 Merrill sensors followed by a design of algorithms for image fusion which can combine advantages of the both sensor types. The thesis starts with an introduction and a description of methods and processes leading to scene capturing. The next part deals with capturing a gallery of test images and with a comparison of both sensors based on the gallery images. Further there are algorithms designed for image fusion which can combine advantages of the selected sensors. The last part of the thesis is devoted to an evaluation of results and of the used algorithms.
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Accuracy Analysis of Astronomical Positioning Results
Jalovecký, Martin ; Kratochvíl,, Radim (referee) ; Machotka, Radovan (advisor)
This diploma thesis is focused on the analysis of results accuracy of astronomical positioning. It describes observation methods and the latest surveying systems used in geodetic astronomy. Further in the thesis there is the description of surveying system MAAS-1. Subject of the elaboration is the data obtained by measuring with this system. Testing is focused on digital camera. There is also an analysis of the results of geographical coordinates, depending on the accuracy of determining the angled pixel size and also on the accuracy of the input coordinates.
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|
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Measurement of the optical systems properties
Vrábel, Miroslav ; Jiřík, Radovan (referee) ; Kolář, Radim (advisor)
This thesis includes basic review and description of imaging system. Introduced proposition which affects optical system in practice. Introduced with appropriate way of optical system review. Main object of this project is offered a proper tests for verifying parameters of optical systems. Design advance for measuring MTF is the main test of the project .In this project is described the way of analyze results in professional computer software Imatest studio.
|
|
|
Modern methods for digital scene capturing
Nováček, Petr ; Horák, Karel (referee) ; Petyovský, Petr (advisor)
The thesis composes conventional and modern methods for digital scene capturing. The target of the thesis is a comparison of CMOS with Bayer mask and Foveon X3 Merrill sensors followed by a design of algorithms for image fusion which can combine advantages of the both sensor types. The thesis starts with an introduction and a description of methods and processes leading to scene capturing. The next part deals with capturing a gallery of test images and with a comparison of both sensors based on the gallery images. Further there are algorithms designed for image fusion which can combine advantages of the selected sensors. The last part of the thesis is devoted to an evaluation of results and of the used algorithms.
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