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Feedback for active hand prosthesis
Trajlinek, Jan ; Sekora, Jiří (referee) ; Harabiš, Vratislav (advisor)
This thesis deals with the solution for feedback of active prostheses to ensure that it is as similar as possible to the biological somatosensory system, and at the same time to prevent any limitations to the patient and provide the patient with as much useful information about the sensual touch as possible. With regard to these factors, the system for the detection of forces acting on the limb and the subsequent transmission of this signal to the user´s limb is proposed. This system is designed particularly for an already constructed prosthesis manufactured by Ing. Štěpán Brázdil within the diploma thesis from 2020. The thesis describes the biological response, on which all substitutive and artificial responses are based on. The thesis then further describes these substitutive and artificial responses and aims to find solution, how the biological response can be more or less replaced.
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A Touch Sensor on the Glass Plate with a Backlit Pictogram
Jánešová, Daniela ; Levek, Vladimír (referee) ; Šťáva, Martin (advisor)
This thesis describes the solution of controlling device by capacitive-touch sensor. The geometry of the sensor is solved on standard printed circuit board, which is placed on the glass-made panel. In general, the theme of touch sensors is solved in the world by several companies and it is based on capacitive principles. They are described at the beginning of the work. By far, the main part of the work is focused on specific solutions with chosen integrated circuit for evaluation of touch sensor.
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Laptop Touchpad Palm Detection with AI/ML
Menzyński, Mark Alexander ; Kavetskyi, Andrii (referee) ; Drahanský, Martin (advisor)
Situace ohledně detekci a odmítnutí dlaně na laptopech je méně než ideální. Většina výzkumů se zabývá odmítnutím dotyků na dotykových obrazovkách, a na laptopy probíhá téměř žádný. Patrně nějaký uzavřený výzkům probíhá uvnitř výrobců laptopů, ale i přes to je technologie pozadu. Tato práce prozkoumává několik metod plytkého a hlubokého strojového učení, a výsledná přesnost byla zjištěna jako více než dostačující. Také implementuje aplikaci v reálném čase na demonstraci modelu.
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(Now what?)
Šťastná, Kateřina ; Chamonikolasová, Kaliopi (referee) ; Gabriel, Michal (advisor)
The topic of the bachelor thesis is touch. The work builds on the fascination with touch, analyzes how different contents can be associated with a gesture that symbolizes something very subtle, fleeting and even fleeting, but at the same time can elicit a very intense and calmly long-lasting response. The output of the bachelor's thesis is a figural sculpture, the prototype of which is the author herself at the age of ten. By depicting a girl's body at an age when it is physically beginning to transform into a woman's body, I ephasizis the touch in its inconsistency, perhaps subtly uncertain the audience and raise questions focused on what the touch means to us.
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A Tool for Presenting Videos and Other Content on a Touchscreen
Zapletal, Libor ; Beran, Vítězslav (referee) ; Herout, Adam (advisor)
This bachelor thesis describes the development of application for Windows using WPF focused on presenting videos using touch. The application is very easy to use and its main purpose is to facilitate the users to select the content that interests them. This thesis describes the main features of WPF, analysis of competing solutions, application design and its implementation. Furthermore, this thesis describes various problems during development. At the end of the thesis are evaluated the resultings of solution, its further development and testing method.
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Krajobraz odrazu
Tesařová, Anna ; Helia De Felice, Jennifer (referee) ; Klímová, Barbora (advisor)
Work concerned in landscape and motion in landscape. I want to focus on the way how am I mirroring in landscape and how is landscape mirroring in me. In the proces of work there will be actions reflecting these themes (occasionally with other people or just by myself). These actions will be recorded (in a varied ways). Later I will proceed from it to make the final series of scenes from those records.
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Feedback for active hand prosthesis
Trajlinek, Jan ; Sekora, Jiří (referee) ; Harabiš, Vratislav (advisor)
This thesis deals with the solution for feedback of active prostheses to ensure that it is as similar as possible to the biological somatosensory system, and at the same time to prevent any limitations to the patient and provide the patient with as much useful information about the sensual touch as possible. With regard to these factors, the system for the detection of forces acting on the limb and the subsequent transmission of this signal to the user´s limb is proposed. This system is designed particularly for an already constructed prosthesis manufactured by Ing. Štěpán Brázdil within the diploma thesis from 2020. The thesis describes the biological response, on which all substitutive and artificial responses are based on. The thesis then further describes these substitutive and artificial responses and aims to find solution, how the biological response can be more or less replaced.
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