Papers:
Kasson, J.M., “Efficient, Chromaticity-Preserving Sharpening for RGB Images,” Device-Independent Color Imaging, Walowit, E., Editor, SPIE vol. 2414, pp. 134-145 (1995).
Kasson, J.M., “Efficient, Chromaticity-Preserving Midtone Correction for RGB Images,” Second Color Imaging Conference, Scottsdale, AZ, November 15-18, 1994.
Kasson, J. M., “Tetrahedral Interpolation Algorithm Accuracy,” Device-Independent Color Imaging, Walowit, E., Editor, SPIE vol. 2170 (1994).
Kasson, J. M., Plouffe, W.E., and Nin, S. I., “A tetrahedral interpolation technique for color space conversion,” Device-Independent Color Imaging and Imaging Systems Integration, Motta, R. J., and Berberian, H. A., Editors, SPIE vol. 1909, pp 127-138 (1993).
Nin, S. I., Kasson, J. M., and Plouffe, W., “Printing CIELAB images on a CMYK printer using trilinear interpolation,” Color Hard Copy and Graphic Arts, Bares, J., Editor, SPIE vol. 1670 (1992).
Plouffe, W. Kasson, J.M., Easy-to-Compute Non-Linearities for Efficient Encoding of Color, Society for Information Display International Symposium, Digest of Technical Papers, Volume XXII, May 1991, pp 814-816.
Kasson, J.M. and Plouffe, W., “Subsampled Device-Independent Interchange Color Spaces,” Image Handling and Reproduction Systems Integration, SPIE vol 1460, pp 11-19, 1991.
Kasson, J.M., Color Science for Device-Independent Color Reproduction, Society for Information Display Conference, Las Vegas, NV, May 1990.
Kasson, J.M. and Plouffe, W., Requirements for Computer Interchange Color Spaces, SPSE/SPIE Electronic Imaging Conference, Santa Clara, CA, February 1990.
Publications:
Kasson, J.M., Nin, S.I., Plouffe, W.E., and Hafner, J.L., “Performing Color Space Conversions with Three-Dimensional Linear Interpolation, Journal of Electronic Imaging, vol. 4, July 1995, pp. 226-249.
Kasson, J.M., and Plouffe, W.E., “An Analysis of Selected Computer Interchange Color Spaces”, ACM Transactions on Graphics, vol. 11, no. 4, October, 1992, pp. 373-405.
Patents:
Kasson, J.M., “Computationally efficient low-artifact system for spatially filtering digital color images,” USA 5,793,885, issued August 11, 1998.
Kasson, J.M., “Method and Apparatus for Tone Correction of a Digital Color Image with Preservation of the Chromaticity of the Image,” USA. 5,774,112, issued June 30, 1998.
Kasson, J.M., and Plouffe, W.E., Pryor, D., Nin, S.I., “Function Approximation Using a Centered Cubic Packing with Tetragonal Disphenoid Extraction,” USA 5,751,926, issued May 12, 1998.
Edgar, A., and Kasson, J.M., “Automatic Cross Color Elimination,” USA. No. 5,509,086, issued Apr 16, 1996.
Kasson, J.M., “Method and Apparatus for Interactively Indicating Image Boundaries in Digital Image Cropping,” USA. 5,473,740, issued December 5, 1995.
Kasson, J.M., “Color Image Gamut-Mapping System with Chroma Enhancement at Human-Insensitive Spatial Frequencies,” USA. 5,450,216, issued September 12, 1995.
Kasson, J.M., and Plouffe, W.E., “Tetrahedron/Octahedron Packing and Tetrahedron Extraction for Function Approximation,” USA. 5,390,035, issued February 14, 1995.
Jim,
I am curious what the optimal focal length range is for physically building the smallest/simplest lens for the the FE mount Sony cameras, without having special element designs making a virtual focal plane necessary? Theoretically, mirrorless wide angle lenses could be smaller then DSLR lenses, since the lens elements are closer to the sensor plane. Also, I know electronic sensors can not detect light at the high angles film could.
This brings up a second question. How does this affect lens performance and design with adapters. It seems focal lengths that are optimally designed for mirrorless would be best/simpler without adapters.
Thanks,
John