An interactive Video/Audio installation based on diffractive light from a dot matrix hologram

碩士 === 國立臺灣師範大學 === 圖文傳播學系 === 97 === The objective of this research is to develop two hologram-based real-time interactive systems. One system is based on the “image switch” visual effect with the diffractive light from a dot matrix hologram. The participants can interact with audio through two lig...

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Main Author: 方甫名
Other Authors: 王希俊
Format: Others
Language:zh-TW
Published: 2009
Online Access:http://ndltd.ncl.edu.tw/handle/98s2y5
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spelling ndltd-TW-097NTNU57270082019-05-29T03:43:27Z http://ndltd.ncl.edu.tw/handle/98s2y5 An interactive Video/Audio installation based on diffractive light from a dot matrix hologram 點矩陣全像繞射光偵測之影音互動系統 方甫名 碩士 國立臺灣師範大學 圖文傳播學系 97 The objective of this research is to develop two hologram-based real-time interactive systems. One system is based on the “image switch” visual effect with the diffractive light from a dot matrix hologram. The participants can interact with audio through two light sources in different incident directions in turns to make the dot matrix hologram displays “image switch” in different colors. The other one is based on the “flow dynamic” visual effect with the diffractive light from a dot matrix hologram. These two systems synthesize audio with different pitches and tempos in accordance with the diffractive light from a dot matrix hologram. As the single light source projects on the dot matrix hologram in different angles, the hologram will display dynamic flow with the lighting orientates. The other system will synthesize audio in different tempos according to the position of the lighting. The two real-time interactive systems have great potential to be new musical expression interfaces. The research has successfully integrated with the fundamental theories of different sciences and technologies, such as optics、digital image processing、musical performance and digital signal processing. 王希俊 2009 學位論文 ; thesis 93 zh-TW
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language zh-TW
format Others
sources NDLTD
description 碩士 === 國立臺灣師範大學 === 圖文傳播學系 === 97 === The objective of this research is to develop two hologram-based real-time interactive systems. One system is based on the “image switch” visual effect with the diffractive light from a dot matrix hologram. The participants can interact with audio through two light sources in different incident directions in turns to make the dot matrix hologram displays “image switch” in different colors. The other one is based on the “flow dynamic” visual effect with the diffractive light from a dot matrix hologram. These two systems synthesize audio with different pitches and tempos in accordance with the diffractive light from a dot matrix hologram. As the single light source projects on the dot matrix hologram in different angles, the hologram will display dynamic flow with the lighting orientates. The other system will synthesize audio in different tempos according to the position of the lighting. The two real-time interactive systems have great potential to be new musical expression interfaces. The research has successfully integrated with the fundamental theories of different sciences and technologies, such as optics、digital image processing、musical performance and digital signal processing.
author2 王希俊
author_facet 王希俊
方甫名
author 方甫名
spellingShingle 方甫名
An interactive Video/Audio installation based on diffractive light from a dot matrix hologram
author_sort 方甫名
title An interactive Video/Audio installation based on diffractive light from a dot matrix hologram
title_short An interactive Video/Audio installation based on diffractive light from a dot matrix hologram
title_full An interactive Video/Audio installation based on diffractive light from a dot matrix hologram
title_fullStr An interactive Video/Audio installation based on diffractive light from a dot matrix hologram
title_full_unstemmed An interactive Video/Audio installation based on diffractive light from a dot matrix hologram
title_sort interactive video/audio installation based on diffractive light from a dot matrix hologram
publishDate 2009
url http://ndltd.ncl.edu.tw/handle/98s2y5
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