2009
DOI: 10.1007/978-3-642-04052-8_24
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TNT: Touch ‘n’ Tangibles on LC-Displays

Abstract: Abstract. In this paper, we present TNT (Touch 'n' Tangibles) -a new combination of several existing hardware technologies, which are integrated into an LC-display. TNT enables users to interact using finger touch and tangible user interfaces at the same time on an active flat panel screen, while maintaining precise identification of all interactive objects and fingers. TNT can accurately distinguish between touch and Tangible User Interfaces input by assigning different time slots to each interactive object u… Show more

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Cited by 6 publications
(2 citation statements)
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“…While current research into this new generation of tabletop systems supports either finger touch or TUI interaction, future research work such as TNT [19] will be able to integrate both, making tabletop systems even more intuitive to handle. In addition, future operating systems such as Windows 7 will support multiple mouse pointers, which will pave the way for new applications that benefit from multi-touch tabletop systems as described above.…”
Section: Discussionmentioning
confidence: 99%
“…While current research into this new generation of tabletop systems supports either finger touch or TUI interaction, future research work such as TNT [19] will be able to integrate both, making tabletop systems even more intuitive to handle. In addition, future operating systems such as Windows 7 will support multiple mouse pointers, which will pave the way for new applications that benefit from multi-touch tabletop systems as described above.…”
Section: Discussionmentioning
confidence: 99%
“…En cuanto a la proyección desde abajo, las oclusiones solo pueden producirse por los objetos que se colocan sobre la mesa y las sombras no provocan los mismos inconvenientes. Existen además otros tipos de tabletop que no utilizan proyector sino que se construyen con pantallas LCD como en el caso de (Hofer y Kunz, 2009) o con sensores como en (Liang, Kuo, Alonso, y Chen, 2016 Como parte del trabajo previo de esta tesis se ha desarrollado una tabletop, en el marco del proyecto 11/F016 del III-LIDI, basada en visión por computadora 3 con proyección desde abajo de la superficie (Ver Figura 2.9c). Esta tabletop ha sido utilizada en diversas aplicaciones desarrolladas antes y durante el trabajo presentado en esta tesis: ITCol (Artola, Sanz, Pesado, y Baldassarri, 2016), EPIT , FraccionAr (Sanz, Gorga, y cols., 2017) y El Conquistador (Sanz, Cruz, Nordio, Artola, y Baldassarri, 2019).…”
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