Paper Info
Title
Device-independent imaging system for high-fidelity colors
Abstract
An imaging system, in general, consists of a capturing system (i.e., a camera), a signal transmission process, and an output device (display and/or printing systems). When capturing a picture, colors are captured by an imaging sensor on a camera, whose spectral responses are, in general, highly different from the color matching functions of CIE 1931. Such cameras show non-colorimetric response and provides inaccurate color information of a captured object. Additionally, when storing data, different digital cameras generate different signals in red, green, and blue (RGB), whose reproduction is highly dependent each device. Then, a display device applies its own color conversion based on RGB format. As a result, no colors are correctly captured and reproduced. A severe miscommunication happens between capturing and displaying systems as far as using device-dependent imaging systems. In order to really reproduce images of high-fidelity colors on a display, it is essential for the imaging system to adopt colorimetric method not only in displaying and but also in capturing images. Therefore, we propose a device-independent imaging system which can accurately capture colors and faithfully reproduce colors.
Year
DOI
Venue
2011
10.1145/2037826.2037887
SIGGRAPH 2009: Talks
Keywords
DocType
Citations 
high-fidelity color,different signal,different digital camera,device-dependent imaging system,imaging system,device-independent imaging system,display device,printing system,inaccurate color information,imaging sensor,computational photography,video capture,image sensor
Conference
0
PageRank 
References 
Authors
0.34
0
8
Name
Order
Citations
PageRank
Kazunari Tomizawa100.68
Akiko Yoshida200.34
Makoto Hasegawa300.34
Yasuhiro Yoshida432.15
Shinichi Katoh500.34
Kenichi Nishizawa600.34
Osamu Ozawa700.34
Yoshifumi Shimodaira8115.38