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1. SPIE-VIP 1992: Orlando, FL, USA
- Friedrich O. Huck, Richard D. Juday:
Visual Information Processing, Orlando, FL, USA, April 20, 1992. SPIE Proceedings 1705, SPIE 1992, ISBN 978-0-8194-0870-9
Nonlinear Processing and Communications
- Timothy D. Sauer:
Noise reduction for signals from nonlinear systems. 2-10 - C. Tannous, R. Davies, A. Angus:
Strange attractors in multipath propagation: detection and characterization. 11-21 - Thomas L. Carroll, Louis M. Pecora:
Driving nonlinear systems with chaotic signals. 22-33
Feature Extraction and Recognition
- Timothy F. Cleghorn, J. Joseph Fuller:
Edge detection and image segmentation of space scenes using fractal analyses. 34-42 - Sandeep Jaggi, Dale Quattrochi, Nina S. Lam:
Multiresolution processing for fractal analysis of airborne remotely sensed data. 43-54 - Daniel J. Jobson:
Some distinguishing characteristics of contour and texture phenomena in images. 55-67 - Andrew K. C. Wong, Qigang Gao:
Fast curve detection by geometric reasoning. 68-80 - Richard D. Holben, David H. Rossman:
Multispectral feature extraction using intensity-dependent summation filtering. 81-88 - Aswinikumar Subramanian, Laurence G. Hassebrook, Prashant Pai:
Optimized 3-D recovery from 2-D images using sine-wave-structured lightillumination. 89-99 - Marc Tremblay, Denis Poussart:
Focal-plane VLSI processing for multiresolution edge extraction. 100-111 - Andrew K. C. Wong, Li-Wei Li, Wei-Cheng Liu:
Vision system for telerobotics operation. 112-123 - Yong-Qing Cheng, Ren Jiang, Yong-Ge Wu, Ke Liu, Jingyu Yang:
Character recognition by algebraic invariant matrix. 124-133
Image Gathering, Interpolation, and Restoration
- Stephen K. Park:
Image gathering, interpolation, and restoration: a fidelity analysis. 134-144 - Friedrich O. Huck, Carl L. Fales, Rachel Alter-Gartenberg, Zia-ur Rahman:
Information, entropy, and fidelity in visual communication. 145-154 - Rajeeb Hazra, Stephen K. Park:
Small-kernel constrained-least-squares restoration of sampled image data. 155-164 - Stephen E. Reichenbach, Stephen K. Park, Gary O'Brien, James D. Howe:
Efficient high-resolution digital filters for FLIR images. 165-176 - Phillip G. Harnden, Franklin F. Holly, Dale R. Shires:
Restoration of video imagery by intensity-dependent spatial summation. 177-186 - Dimitris G. Manolakis, John A. Orr, An-Loong Kok:
Low-cost automatic contrast enhancement for digital x rays. 187-194 - Moshe Fisher, Norman S. Kopeika
:
Restoration of images degraded by motion. 195-203
Image Coding
- Paul M. Farrelle:
Image coding methods and their assessment. 204-213 - Rachel Alter-Gartenberg, Zia-ur Rahman:
Multiresolution imaging: information efficiency and visual quality. 214-225 - Zia-ur Rahman, Rachel Alter-Gartenberg, Stephen E. Reichenbach:
Discrete-cosine transform coding: information and fidelity. 226-237 - Parthasarathy Sriram, Michael W. Marcellin:
Wavelet coding of images using trellis-coded quantization. 238-247 - H. G. Lewis Jr., William B. Forsyth:
Multiresolution image decomposition for processing reconnaissance images. 248-256 - Sriram Venkatraraman, Paul M. Farrelle:
Hybrid JPEG/recursive block coding of images. 257-268 - Dale R. Shires, Franklin F. Holly, Phillip G. Harnden:
High-ratio bandwidth reduction of video imagery for remote driving. 269-279
Wavelet Transform
- Harold H. Szu:
Why the soliton wavelet transform is useful for nonlinear dynamic phenomena. 280-288 - Harold H. Szu, Brian A. Telfer, Adolf W. Lohmann:
Modified wavelets that accommodate causality. 289-295 - Brian A. Telfer, Harold H. Szu:
Modified wavelet transform for unbiased frequency representation. 296-303 - Richard D. Juday, Alan T. Smith, David Loshin:
Human low-vision image warping: channel-matching considerations. 304-313 - H. John Caulfield, Harold H. Szu:
Continuous wavelet transform of 1-D signals by Fourier filtering. 314-315 - Yunlong Sheng, Jing Chen, Harold H. Szu:
Wavelet transform and its optical implementations. 316-328 - Yunlong Sheng, Thomas T. Lu, Danny Roberge:
Optical N4 correlator implementation of 2D wavelet transform. 329-338 - Mike Sablatash:
Wavelets: multiresolution signal representation with applications to image, speech, radar, and other signal coding. 339-
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