3D 가상 이미지의 텍스타일 소재로의 적용을 통한 삼차원 변형가능한 ‘Living Textile’과 환경변화에 관한 연구 (2)
An Investigation into Three Dimensional Mutable ‘Living’ Textile Materials and Environments (2)
0
조회
0
다운로드
1
인용
0
참고문헌
키워드
초록
This research aim concerns questioning how we can generate environments suggestive of nature fused with built environments through textiles. Through literature reviews and experiments with available the 3D imaging techniques of Holography, Lenticular and other new technologies. We also have researched towards finding the most effective method for 3D imaging techniques for textile applications. The advantage of the combining technique is to create the possibility of seeing a number of different floating 3D illusory images, depending on the viewing angle. This objective is to produce intriguing textile patterns and images in which the objects and colours change as viewpoints change. Experimental work was carried out in collaboration with professional textile researchers, scientists, artists and designers conducting research in this field.
Abstract
This research aim concerns questioning how we can generate environments suggestive of nature fused with built environments through textiles. Through literature reviews and experiments with available the 3D imaging techniques of Holography, Lenticular and other new technologies. We also have researched towards finding the most effective method for 3D imaging techniques for textile applications. The advantage of the combining technique is to create the possibility of seeing a number of different floating 3D illusory images, depending on the viewing angle. This objective is to produce intriguing textile patterns and images in which the objects and colours change as viewpoints change. Experimental work was carried out in collaboration with professional textile researchers, scientists, artists and designers conducting research in this field.
참고문헌 (12)
- Bea,Q, "Fabric Technology Moving Ahead", Textile News, 13 (2001)
- De Montebello,R.L, "Wide-angle Integral Photography-The Integram System", Tech Digest, pp.73~91 (1977)
- "Integral Image"[URL]
- Higuchi, H, "Real-time Transmission of Three-dimensional Images Formed by Parallax panoramagrams", Appl. Opt, 17(24) (1978)
- Ossoinak,A, "Arrangement for the Exhibition of Dynamic Scenes to an Observer In Movement with Respect to a Screen", US Patent 2,833,176, ~ (1958)
- "3D/2D Convertible Display Based on Integral Imaging and Its Extensions for Viewing-angle and Resolution Enhancement"[URL]
- "An excerpt from: Lens Array Print Techniques"[URL]
- Rozhkov,B.K, "The Transformation Properties of the Lens-Array System in Integral Photography", Sov. J. Opt. Tech, 54(2) (1987)
- Suzanne, L, "Fashioning the Future: Tomorrow’s Wardrobe" (2005), Thames & Hudson
- Villums,I, "Optical Imaging System Using Optical Tone-Plate Elements", US Patent 4,878,735, ~ (1989)
- "Science Makes a Better Lighthouse Lens. Smithsonian. August v30 i5 Reproduced in Biography Resource Center"[URL]