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Device for Imitation of Static and Dynamic Handwriting Characteristics
Pawlus, Jan ; Orság, Filip (referee) ; Drahanský, Martin (advisor)
This project deals with designing and assembling a system for imitation of static and dynamic handwriting characteristics. This system's design takes into account special pen targeted for getting the handwriting characteristics, working with these characteristics and their imitation with a 3D printer altered for this purpose. This topic might be interesting because research about this specific field, which would include a real demonstration of how a signature can be forged using dynamic handwriting characteristics not by forger's hand, barely exists. The problem with preventing forgery is that we need to know the attack well, which is a clear motivation for this project.
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A System for Training Individuals with Cognitive Function Disorder
Pawlus, Jan ; Zachariášová, Marcela (referee) ; Bidlo, Michal (advisor)
This paper is focused on exploring new techniques of therapy, training or diagnostics of people who have various problems with cognitive functions - reactions, attention deficit or visual memory. This can cover a large group of people - from ADHD kids to people dealing with stroke consequences. The methodology used here is based on interaction with a light of various colors and a mobile application where the user has to pay attention to a light, which changes its color, and react to it using the application. This system is accomplished by setting up an Arduino controller that is connected to a phone or a tablet via Bluetooth. After receiving a command from the phone, the controller then sends a radio frequency signal to the light. Therefore, the application can measure the user's reaction time, which is necessary for keeping track with the therapy process or categorizing the user when being diagnosed with a cognitive problem.
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Device for Imitation of Static and Dynamic Handwriting Characteristics
Pawlus, Jan ; Orság, Filip (referee) ; Drahanský, Martin (advisor)
This project deals with designing and assembling a system for imitation of static and dynamic handwriting characteristics. This system's design takes into account special pen targeted for getting the handwriting characteristics, working with these characteristics and their imitation with a 3D printer altered for this purpose. This topic might be interesting because research about this specific field, which would include a real demonstration of how a signature can be forged using dynamic handwriting characteristics not by forger's hand, barely exists. The problem with preventing forgery is that we need to know the attack well, which is a clear motivation for this project.
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A System for Training Individuals with Cognitive Function Disorder
Pawlus, Jan ; Zachariášová, Marcela (referee) ; Bidlo, Michal (advisor)
This paper is focused on exploring new techniques of therapy, training or diagnostics of people who have various problems with cognitive functions - reactions, attention deficit or visual memory. This can cover a large group of people - from ADHD kids to people dealing with stroke consequences. The methodology used here is based on interaction with a light of various colors and a mobile application where the user has to pay attention to a light, which changes its color, and react to it using the application. This system is accomplished by setting up an Arduino controller that is connected to a phone or a tablet via Bluetooth. After receiving a command from the phone, the controller then sends a radio frequency signal to the light. Therefore, the application can measure the user's reaction time, which is necessary for keeping track with the therapy process or categorizing the user when being diagnosed with a cognitive problem.
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