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Gloves with motion sensors
Findejsová, Anna ; Cicková, Pavlína (referee) ; Janoušek, Oto (advisor)
Bachelors thesis deals with design and realization of a glove with flex sensors. This thesis summarizes problematics of resistive sensors, describes their principles and using. Then deals with brief upper limb anatomy and degrees of freedom. Theoretical base is stated in chapter one and then used in chapters two, three and four, that describe the design and realization of hardware and software. The principle is based on capturing the flection of the fingers by using flex sensors connected to the Arduino development board and their visualization. The output of this thesis is a laboratory task for teaching senzorics, which is designed for using one flex sensor.
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Reconstruction methods in holographic microscopy
Findejsová, Anna ; Odstrčilík, Jan (referee) ; Kolář, Radim (advisor)
This master’s thesis focuses on the image reconstruction from holographic microscope. The first part of the thesis summarizes problems of holography, describes its principle and application particularly in live cell biology. In the second part the description of several methods used for off-axis hologram reconstruction is provided. The last part describes the implementation of the basic step in holographic reconstruction – the elimination of autocorrelation and twin image – and then also the reconstruction of 3D information of the sample.
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Reconstruction methods in holographic microscopy
Findejsová, Anna ; Odstrčilík, Jan (referee) ; Kolář, Radim (advisor)
This master’s thesis focuses on the image reconstruction from holographic microscope. The first part of the thesis summarizes problems of holography, describes its principle and application particularly in live cell biology. In the second part the description of several methods used for off-axis hologram reconstruction is provided. The last part describes the implementation of the basic step in holographic reconstruction – the elimination of autocorrelation and twin image – and then also the reconstruction of 3D information of the sample.
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Gloves with motion sensors
Findejsová, Anna ; Cicková, Pavlína (referee) ; Janoušek, Oto (advisor)
Bachelors thesis deals with design and realization of a glove with flex sensors. This thesis summarizes problematics of resistive sensors, describes their principles and using. Then deals with brief upper limb anatomy and degrees of freedom. Theoretical base is stated in chapter one and then used in chapters two, three and four, that describe the design and realization of hardware and software. The principle is based on capturing the flection of the fingers by using flex sensors connected to the Arduino development board and their visualization. The output of this thesis is a laboratory task for teaching senzorics, which is designed for using one flex sensor.
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