Stop the war!Остановите войну!
for scientists:
default search action
Google
Google Scholar
Semantic Scholar
Internet Archive Scholar
CiteSeerX
ORCID2nd Color Imaging: Device-Independent Color, Color Hard Copy, and Graphic Arts 1997: San Jose, CA, USA
- Giordano B. Beretta, Reiner Eschbach:
Color Imaging: Device-Independent Color, Color Hard Copy, and Graphic Arts II, San Jose, CA, USA, February 8, 1997. SPIE Proceedings 3018, SPIE 1997, ISBN 978-0-8194-2429-7
Image Capture and Processing
- Poorvi L. Vora, Michael Harville, Joyce E. Farrell, Jerome D. Tietz, David H. Brainard:
Image capture: synthesis of sensor responses from multispectral images. 2-11 - Xiaolin Wu, Wai Kin Choi, Paul Bao:
Color restoration from digital camera data by pattern matching. 12-17 - Jiebo Luo
, Ricardo L. de Queiroz, Zhigang Fan:
Universal descreening technique via wavelet analysis. 18-29 - Gregory S. Yovanof:
Two-pass rate-constrained still image compression. 30-37 - Bo Martins, Søren Forchhammer:
Lossless/lossy compression of bilevel images. 38-49 - Kannan Krishnaswami, Michael M. Tilleman, Samuel S. Choi, Sergei G. Krivoshlykov:
High-speed photographic system for objects with highly radiant backgrounds. 50-57 - Hartmut Renken, T. Bolik, Ch. Eigenbrod, Jens Koenig, Hans J. Rath:
Digital high-speed camera system for combustion research using UV-laser diagnostic under microgravity at Bremen drop tower. 58-64 - Daiichiro Kato, Kazuo Abe, Akio Ishikawa, Mitsuho Yamada, Takahito Suzuki, Shigesumi Kuwashima:
Detecting method of subjects' 3D positions and experimental advanced camera control system. 65-75 - Giordano B. Beretta:
Dynamic exposure control in color scanners. 76-88 - Zixiang Xiong, Michael T. Orchard, Kannan Ramchandran:
Wavelet-based approach to inverse halftoning. 89-101
Color Gamut Estimation
- Gary K. Starkweather:
Color volume as a device characteristic. 102-109 - Raja Balasubramanian, Edul N. Dalal:
Method for quantifying the color gamut of an output device. 110-116 - Patrick G. Herzog, Michael Mueller:
Gamut mapping using an analytical color gamut representation. 117-129
Color Matching
- Werner Praefcke, Stephan F. Simon:
Coding of reflectance spectra using cross-illumination color prediction. 130-137 - Anoop K. Bhattacharjya:
Closed-loop color calibration for the home user. 138-147
Color Calibration and Measurement
- David Q. McDowell:
Graphic arts color standards update: 1997. 148-155 - John C. Seymour:
Why do color transforms work? 156-164 - Samuel T. Ingram, Frederick T. Simon:
Teaching color measurement in graphic arts. 165-171 - David L. Spooner:
Automated measuring system incorporating an automatic correction for lateral diffusion error. 172-175 - David J. Romano:
Fluorescence dot area meter. 176-180 - David Q. McDowell:
Integrating sphere versus opal glass as the reference for colorimetry of transmission targets for scanner characterization. 181-187 - Thom Carney, Stanley A. Klein:
Gray-scale adjacent pixel luminance nonlinearity compensation with three-color guns. 188-199
WWW Printing
- Giordano B. Beretta:
Internet's impact on publishing. 200-211 - M. Armon Rahgozar, Tom Hastings, Daniel L. McCue:
Internet printing. 212-223 - Marzia Faggin:
Artist meets computer. 224-228 - Larry Lavendel, Tim Kohler:
Gutenburg's web site: the challenge of web printing. 229-235
Error-Diffusion Methods
- Ping Wah Wong, Jan P. Allebach:
Optimum error-diffusion kernel design. 236-242 - Gabriel G. Marcu, Satoshi Abe:
Symmetric error compensation for digital halftoning and applications. 243-254 - KiMin Kang, Choon-Woo Kim:
Noncausal error-diffusion method for edge enhancement. 255-265 - Jae H. Kim, Eul-Hwan Lee, Yoon-Soo Kim:
Model-based error-diffusion method for tone linearity correction in binary printers. 266-271 - Qing Yu, Kevin J. Parker:
Adaptive color halftoning for minimum perceived error using the blue noise mask. 272-277
Digital Halftoning 2
- Young H. Jeong, Eul-Hwan Lee, Jae H. Kim:
Local adaptive blue noise mask for digital printing. 278-285 - Cheol-Hee Lee, Chae-Soo Lee, Kyeong-Man Kim, Yeong-Ho Ha:
Color matching using dot gain and intensity compensation for different papers. 286-292 - Andrei Pascovici, Chia-Hsin Li, Joseph Shu, Dennis L. Chao:
Ink duty reduction for cluster dot halftoning. 293-299 - Jae H. Kim, Young H. Jeong, Chae K. Lee, Chang D. Park:
Efficient hardware structure for various binarization algorithms. 300-307 - Joseph Shu, Jack D. Boyce:
Adaptive color error diffusion to improve halftone smoothness. 308-315 - Keith T. Knox, Shen-Ge Wang:
Digital watermarks using stochastic screens. 316-322 - Douglas N. Curry:
Analytic clustered halftone dots. 323-331
Advances in Hard Copy
- Michael M. Shahin:
Future of laser electrophotographic technology for color document printing. 332-343 - Peter A. Torpey:
Multipass printing in an ink-jet device. 344-347 - Bernard A. Apple, Mark H. Tennant, Jule W. Thomas Jr.:
Novel hard copy system for digital medical imaging. 348-353 - Masaaki Ishigame, Nozomu Miura, Akiko Hosaka:
Virtual reality using guided imagery to create Kanji or Hiragana by computer graphics: I. 354-359 - Hakan Ancin:
Document segmentation for high-quality printing. 360-371 - Venkat Venkateswar, R. Srinivasan, P. S. Rao:
Bandwidth efficient image transformations on a multiprocessor. 372-379 - Yair Kipman:
Image quality metrics for printers/plotters. 380-388 - Roy D. Allen:
Registration method providing high visual magnification of microposition errors. 389-397 - Michael Ostrelich:
Application of precision digital processing to high-resolution large-format imagery. 398-
a service of 
manage site settings
To protect your privacy, all features that rely on external API calls from your browser are turned off by default. You need to opt-in for them to become active. All settings here will be stored as cookies with your web browser. For more information see our F.A.Q.
last updated on 2024-06-25 22:00 CEST by the dblp team
all metadata released as open data under CC0 1.0 license
see also: Terms of Use | Privacy Policy | Imprint
dblp was originally created in 1993 at:
since 2018, dblp has been operated and maintained by:
the dblp computer science bibliography is funded and supported by:
