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Binary masks DLP with DMD chip
Filip, Jakub ; Dostál, Zbyněk (referee) ; Matoušek, Radomil (advisor)
The diploma thesis aims to create a library in the Python programming language, which can control the DLP LightCrafter 9000 EVM evaluation module. Through this library, the potential of the purchased module in the field of high-speed imaging of binary masks should be achieved. The theoretical part of the thesis deals with DLP technology and hardware. The hardware properties are specified in more detail with respect to the purchased module. The following chapters focus on the command control interface and the GUI application, which provide additional information not only about the method of communication between the module and the PC but also about the conditions for achieving the desired outputs. The practical part deals with the analysis of communication between the module and the PC, the processing of digital image data, and the implementation of the library in the Python programming language.
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Wavefront sensor
Škaroupka, David ; Jákl, Petr (referee) ; Dostál, Zbyněk (advisor)
When the light passes through optical elements it can cause deformation of wavefront light due to the damage of materials and optical aberrations. The deformation leads to unprecise imaging and deformation of an image. The diploma work mentions wavefront sensing techniques which are important for determination inappropriate errors of optical elements and the specification of their properties. The purpose of the master's thesis is to suggest and investigate wavefront sensing methods after the light passes through the optical element while using the digital micromirror device. The work deals with the topic of wavefront aberrations and geometric optical defects of optical elements. Different kinds of commercial products determined for wavefront sensing are described too.
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Binary masks DLP with DMD chip
Filip, Jakub ; Dostál, Zbyněk (referee) ; Matoušek, Radomil (advisor)
The diploma thesis aims to create a library in the Python programming language, which can control the DLP LightCrafter 9000 EVM evaluation module. Through this library, the potential of the purchased module in the field of high-speed imaging of binary masks should be achieved. The theoretical part of the thesis deals with DLP technology and hardware. The hardware properties are specified in more detail with respect to the purchased module. The following chapters focus on the command control interface and the GUI application, which provide additional information not only about the method of communication between the module and the PC but also about the conditions for achieving the desired outputs. The practical part deals with the analysis of communication between the module and the PC, the processing of digital image data, and the implementation of the library in the Python programming language.
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Wavefront sensor
Škaroupka, David ; Jákl, Petr (referee) ; Dostál, Zbyněk (advisor)
When the light passes through optical elements it can cause deformation of wavefront light due to the damage of materials and optical aberrations. The deformation leads to unprecise imaging and deformation of an image. The diploma work mentions wavefront sensing techniques which are important for determination inappropriate errors of optical elements and the specification of their properties. The purpose of the master's thesis is to suggest and investigate wavefront sensing methods after the light passes through the optical element while using the digital micromirror device. The work deals with the topic of wavefront aberrations and geometric optical defects of optical elements. Different kinds of commercial products determined for wavefront sensing are described too.
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