Tactile Matrix Box
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České vysoké učení technické v Praze
Czech Technical University in Prague
Czech Technical University in Prague
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Abstract
V této práci prozkoumáváme vznikající oblast tangible rozhraní, zvláště tangible povrchů. Zkoumáme aktuální techniky pro rozpoznávání obrazu s pomocí příznaků, jakož i aktuální aplikace umělé inteligence. Naším cílem je zlepšit design MIT Tactile Matrix a vyvinout jednoduché SDK, které studentům umožní snadno vytvářet nové tangible aplikace. Zlepšujeme flexibilitu konstrukce abychom ji umožnili studentům do budoucna upravovat, a rozšiřujeme funkční dosah zařízení pomocí ethernetové komunikace. Diskutujeme možnosti budoucích aplikací a ohlížíme se za několika případovými studiemi.
In this work, we explore the emerging field of tangible interactions, especially tangible surfaces. We research the state of the art in fiducial marker tracking, as well as current artificial intelligence approaches. Our goal is to improve upon the MIT Tactile Matrix design and to develop a simple to use SDK which students can use to develop novel tangible applications easily. We make the construction more flexible to accommodate the needs of the students, and we expand the functional range of the MIT Tactile Matrix by using ethernet communication. We discuss possible future applications and look back at case studies of the device's deployment.
In this work, we explore the emerging field of tangible interactions, especially tangible surfaces. We research the state of the art in fiducial marker tracking, as well as current artificial intelligence approaches. Our goal is to improve upon the MIT Tactile Matrix design and to develop a simple to use SDK which students can use to develop novel tangible applications easily. We make the construction more flexible to accommodate the needs of the students, and we expand the functional range of the MIT Tactile Matrix by using ethernet communication. We discuss possible future applications and look back at case studies of the device's deployment.