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Control of digital multimeter by GMC-USB interface
Janošík, Zdeněk ; Kozák, Tomáš (referee) ; Zezulka, František (advisor)
The aim of this thesis is the design and subsequent development of user applications for communication, control and manipulate with Metrahit multimeters. To realize the application was chosen C # programming language and development environment Microsoft Visual Studio 2010. With the developed software will be able to connect multimeters to a PC on selected COM port, the connected devices can be set, monitored the measured value and processing these values. In this work, we will find a description of the created application, analysis of individual instances and features of the program. And instructions, how to use individual elements of the application. There is also a short description of the interface which is used for connection between multimeters and PC, and description of multimeters themselves, their properties and uses.
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Web defects classification
Janošík, Zdeněk ; Petyovský, Petr (referee) ; Honec, Peter (advisor)
In this master thesis is described how to design and implement classifier of defects detected during the final stage of production nonwovens. The beginning of the thesis is devoted to the analysis of options for image processing and classification. Followed by the part, where is described process of image segmentation and extraction of feature vector. Description of classifier implementation and table of achieved results of classification on real images of detected defects.
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Automated measurement system for ethene polymerization
Janošík, Zdeněk ; Richtera, Lukáš (referee) ; Přikryl, Radek (advisor)
Thanks to macromolecular chemistry development polymers become essential materials for wide range of applications. Research of catalytic systems used for production of polymers plays a key role in development of new polymer-based materials. The aim of this work was to develop system providing automated kinetic measurement of catalytic systems used in ethylene solution polymerization. The theoretical part of the thesis provides basic overview on chemical process taking part in ethylene polymerization and technical instruments used for its automation. Description of the devised system, its technical solutions and performed experiments used for verification its proper function are presented in the experimental part. Acquired data were compared with published results obtained with the same catalytic systems. Texts are accompanied by schemes, screenshots and photos.
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Control of digital multimeter by GMC-USB interface
Janošík, Zdeněk ; Kozák, Tomáš (referee) ; Zezulka, František (advisor)
The aim of this thesis is the design and subsequent development of user applications for communication, control and manipulate with Metrahit multimeters. To realize the application was chosen C # programming language and development environment Microsoft Visual Studio 2010. With the developed software will be able to connect multimeters to a PC on selected COM port, the connected devices can be set, monitored the measured value and processing these values. In this work, we will find a description of the created application, analysis of individual instances and features of the program. And instructions, how to use individual elements of the application. There is also a short description of the interface which is used for connection between multimeters and PC, and description of multimeters themselves, their properties and uses.
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Web defects classification
Janošík, Zdeněk ; Petyovský, Petr (referee) ; Honec, Peter (advisor)
In this master thesis is described how to design and implement classifier of defects detected during the final stage of production nonwovens. The beginning of the thesis is devoted to the analysis of options for image processing and classification. Followed by the part, where is described process of image segmentation and extraction of feature vector. Description of classifier implementation and table of achieved results of classification on real images of detected defects.
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Automated measurement system for ethene polymerization
Janošík, Zdeněk ; Richtera, Lukáš (referee) ; Přikryl, Radek (advisor)
Thanks to macromolecular chemistry development polymers become essential materials for wide range of applications. Research of catalytic systems used for production of polymers plays a key role in development of new polymer-based materials. The aim of this work was to develop system providing automated kinetic measurement of catalytic systems used in ethylene solution polymerization. The theoretical part of the thesis provides basic overview on chemical process taking part in ethylene polymerization and technical instruments used for its automation. Description of the devised system, its technical solutions and performed experiments used for verification its proper function are presented in the experimental part. Acquired data were compared with published results obtained with the same catalytic systems. Texts are accompanied by schemes, screenshots and photos.
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