
Spie Press Book
Selected Papers on Optical Pattern RecognitionFormat | Member Price | Non-Member Price |
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Book Details
Date Published: 9 September 1999
Pages: 656
ISBN: 9780819434692
Volume: MS156
Pages: 656
ISBN: 9780819434692
Volume: MS156
Table of Contents
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Section One
Optical Architectures for Pattern Recognition
Optical Architectures for Pattern Recognition
3 Signal detection by complex spatial filtering
A. Vander Lugt (IEEE Transactions on Information Theory
1964)
10 Dual-axis joint-Fourier-transform correlator
T.C. Lee, J. Rebholz, P. Tamura (Optics Letters 1979)
13 Color signal correlation detection by matched spatial
filtering
F.T.S. Yu, T.H. Chao (Applied Physics B: Photophysics and
Laser Chemistry 1983)
19 Microcomputer-based programmable optical correlator for
automatic pattern recognition and identification
Francis T.S. Yu, Jacques E. Ludman (Optics Letters 1986)
22 Adaptive real-time pattern recognition using a liquid
crystal TV based joint transform correlator
Francis T.S. Yu, Suganda Jutamulia, Tsongneng W. Lin,
Don A. Gregory (Applied Optics 1987)
25 Architecture for a ternary phase only processor using
amplitude filters
Suganda Jutamulia, George Storti (Applied Optics 1989)
27 Compact and robust incoherent holographic correlator using a
surface-emitting laser-diode array
Eung Gi Paek, A. Von Lehmen, John R. Wullert II, R.
Martin (Optics Letters 1991)
30 Optical disk based joint transform correlator
Francis T.S. Yu, Taiwei Lu, Eddy C. Tam, Eiichiro
Nishihara, Takashi Nishikawa (Applied Optics 1991)
32 Three-dimensional disk-based optical correlator
Kevin Curtis, Demetri Psaltis (Optical Engineering 1994)
36 Nonzero-order joint transform correlator
Chun-Te Li, Shizhuo Yin, Francis T.S. Yu (Optical
Engineering 1998)
Section Two
Invariant Pattern Recognition
Invariant Pattern Recognition
47 Scale invariant optical correlation using Mellin transforms
David Casasent, Demetri Psaltis (Optics Communications
1976)
52 Optical pattern recognition using circular harmonic
expansion
Yuan-Neng Hsu, H.H. Arsenault (Applied Optics 1982)
56 Rotation-invariant pattern recognition
H.H. Arsenault, Y.N. Hsu, K. Chalasinska-Macukow (Optical
Engineering 1984)
61 Optical processor for recognition of three-dimensional
targets viewed from any direction
George F. Schils, Donald W. Sweeney (Journal of the
Optical Society of America A 1988)
74 3-D target recognition by using serial-code-filters
Shizhuo Yin, Cheng Lu, Guoguang Mu (Optik 1989)
77 Rotation invariant pattern recognition with a programmable
joint transform correlator
Francis T.S. Yu, Xiaoyang Li, Eddy Tam, Suganda
Jutamulia, Don A. Gregory (Applied Optics 1989)
80 Design considerations for low-clutter, distortion invariant
correlation filters
Gregory Gheen (Optical Engineering 1990)
84 2-D shift-invariant volume holographic correlator
Claire Gu, John Hong, Scott Campbell (Optics
Communications 1992)
90 Rotational invariant pattern recognition with the method of
circular harmonics using a BaTiO[3] crystal
Chi-Ching Chang, Hon-Fai Yau, Yuh-Ping Tong, Nen-Wen Puh
(Optics Communications 1992)
94 Discrimination-sensitive rotation-invariant joint-transform
correlator using gradient preprocessing and circular
harmonic components
G.S. Pati, Kehar Singh (Optical Engineering 1998)
Section Three
Synthetic Discriminant and Simulated Annealing Composite Filters
Synthetic Discriminant and Simulated Annealing Composite Filters
103 Generalized matched filtering
H.J. Caulfield, Robert Haimes (Applied Optics 1980)
106 Multivariant technique for multiclass pattern recognition
Charles F. Hester, David Casasent (Applied Optics 1980)
110 Unified synthetic discriminant function computational
formulation
David Casasent (Applied Optics 1984)
118 Minimum-variance synthetic discriminant functions
B.V.K. Vijaya Kumar (Journal of the Optical Society of
America A 1986)
124 Minimum average correlation energy filters
Abhijit Mahalanobis, B.V.K. Vijaya Kumar, David Casasent
(Applied Optics 1987)
132 Optimum encoding of binary phase-only filters with a
simulated annealing algorithm
Myung Soo Kim, Michael R. Feldman, Clark C. Guest (Optics
Letters 1989)
135 Phase optimization of a kinoform by simulated annealing
Nobukazu Yoshikawa, Toyohiko Yatagai (Applied Optics
1994)
141 Design of a bipolar composite filter by a simulated
annealing algorithm
Shizhuo Yin, Mingzhe Lu, Chulung Chen, Francis T.S. Yu,
Tracy D. Hudson, Deanna K. McMillen (Optics Letters 1995)
144 Synthesize multi-level composite filter for
synthetic-aperture radar image identification
Chun-Te Li, Jiang Li, Shizhuo Yin, Tracy D. Hudson,
Deanna K. McMillen (Optics Communications 1998)
Section Four
Nonlinear Pattern Recognition
Nonlinear Pattern Recognition
163 Linear optimization in synthesis of nonlinear spatial
filters
Francis T.S. Yu (IEEE Transactions on Information Theory
1971)
169 Hard-clipping joint transform correlator using a
microchannel spatial light modulator
F.T.S. Yu, Q.W. Song, Y. Suzuki, M. Wu (Microwave and
Optical Technology Letters 1988)
173 Nonlinear matched filtering
O.K. Ersoy, M. Zeng (Journal of the Optical Society of
America A 1989)
186 Effects of fringe binarization of multiobject joint
transform correlation
Francis T.S. Yu, Feng Cheng, Toshio Nagata, Don A.
Gregory (Applied Optics 1989)
189 Binary phase only joint transform correlator
Francis T.S. Yu, Toshio Nagata (Microwave and Optical
Technology Letters 1989)
193 Effects of sampling and binarization in the output of the
joint Fourier transform correlator
Jeffrey A. Davis, Ethan A. Merrill, Don M. Cottrell,
Robert M. Bunch (Optical Engineering 1990)
200 Multiple-object input in nonlinear correlation
Tuvia Kotzer, Joseph Rosen, Joseph Shamir (Applied Optics
1993)
Section Five
Wavelet and Fractional Transforms
Wavelet and Fractional Transforms
217 Causal analytical wavelet transform
Harold H. Szu, Brian Telfer, Adolf Lohmann (Optical
Engineering 1992)
222 Optical wavelet transform
Yunlong Sheng, Danny Roberge, Harold H. Szu (Optical
Engineering 1992)
228 Joint transform correlator that uses wavelet transforms
X.J. Lu, A. Katz, E.G. Kanterakis, N.P. Caviris (Optics
Letters 1992)
231 Optical Haar wavelet transforms of binary images
Xiangyang Yang, Harold H. Szu, Yunlong Sheng, H. John
Caulfield (Optical Engineering 1992)
237 Short-time Fourier transform and wavelet transform with
Fourier-domain processing
F.T.S. Yu, Guowen Lu (Applied Optics 1994)
246 Wavelet processing and optics
Yao Li, Harold H. Szu, Yunlong Sheng, H. John Caulfield
(Proceedings of the IEEE 1996)
259 Image rotation, Wigner rotation, and the fractional Fourier
transform
Adolf W. Lohmann (Journal of the Optical Society of
America A 1993)
265 Fractional Fourier transforms and their optical
implementation: I
David Mendlovic, Haldun M. Ozaktas (Journal of the
Optical Society of America A 1993)
272 Fractional correlation
David Mendlovic, Haldun Ozaktas, Adolf W. Lohmann
(Applied Optics 1995)
279 Synthesis of pattern recognition filters for fractional
Fourier processing
Adolf W. Lohmann, Zeev Zalevsky, David Mendlovic (Optics
Communications 1996)
285 Fractional correlations based on the modified fractional
order Fourier transform
Ahmed M. Almanasreh, Mustafa A.G. Abushagur (Optical
Engineering 1998)
Section Six
Photorefractive Correlators
Photorefractive Correlators
297 Spatial convolution and correlation of optical fields via
degenerate four-wave mixing
David M. Pepper, John AuYeung, Dan Fekete, Amnon Yariv
(Optics Letters 1978)
300 Bias-free time-integrating optical correlator using a
photorefractive crystal
Demetri Psaltis, Jeffrey Yu, John Hong (Applied Optics
1985)
306 Optical correlators with fast updating speed using
photorefractive semiconductor materials
Gregory Gheen, Li-Jen Cheng (Applied Optics 1988)
312 Wavelength multiplexed reflection matched spatial filters
using LiNbO[3]
Francis T.S. Yu, Shudong Wu, Andrew W. Mayers, Sumati
Rajan (Optics Communications 1991)
317 Real-time VanderLugt optical correlator that uses
photorefractive GaAs
Duncan T.H. Liu, Li-Jen Cheng (Applied Optics 1992)
323 Wavelet matched filtering using a photorefractive crystal
Meiyuan Wen, Shizhuo Yin, Purwosumarto Purwardi,
Francis T.S. Yu (Optics Communications 1993)
329 Photorefractive time-integrating correlator
John H. Hong, Tallis Y. Chang (Optics Letters 1991)
332 Photorefractive two-beam-coupling nonlinear joint-transform
correlator
Jehad Khoury, Mark Cronin-Golomb, Peter Gianino, Charles
Woods (Journal of the Optical Society of America B 1994)
340 Bragg diffraction-limited photorefractive crystal-based
correlators
Francis T.S. Yu, Shizhuo Yin (Optical Engineering 1995)
348 Rotation-invariant photorefractive correlator
Zhiqing Wen, Xiangyang Yang (in Photorefractive Fiber and
Crystal Devices: Materials, Optical Properties, and
Applications II, S. Yin, F.T.S. Yu, editors, 1996)
Section Seven
Pattern Recognition with Neural Networks
Pattern Recognition with Neural Networks
359 Optical information processing based on an
associative-memory model of neural nets with thresholding
and feedback
Demetri Psaltis, Nabil Farhat (Optics Letters 1985)
362 Optical implementation of the Hopfield model
Nabil H. Farhat, Demetri Psaltis, Aluizio Prata, Eung
Paek (Applied Optics 1985)
369 Optical implementation of associative memory with controlled
nonlinearity in the correlation domain
Ravindra A. Athale, Harold H. Szu, Carl B. Friedlander
(Optics Letters 1986)
372 Holographic associative memory with nonlinearities in the
correlation domain
Y. Owechko, G.J. Dunning, E. Marom, B.H. Soffer (Applied
Optics 1987)
383 Optical neural network with pocket-sized liquid-crystal
televisions
Francis T.S. Yu, Taiwei Lu, Xiangyang Yang, Don A.
Gregory (Optics Letters 1990)
386 Neural network model using interpattern association
Taiwei Lu, Xin Xu, Sudong Wu, Francis T.S. Yu (Applied
Optics 1990)
391 Use of electron trapping materials in optical signal
processing. 2: Two-dimensional associative memory
Suganda Jutamulia, George M. Storti, Joseph Lindmayer,
William Seiderman (Applied Optics 1991)
397 Optical neural network with bipolar neural states
Xu-Ming Wang, Guo-Guang Mu (Applied Optics 1992)
405 Compact holographic optical neural network system for
real-time pattern recognition
Taiwei Lu, David Mintzer, Andrew Kostrzewski, Freddie Lin
(Optical Engineering 1996)
415 Optical neural networks with terminal attractors for pattern
recognition
Xin Lin, Junji Ohtsubo (Optical Engineering 1996)
Section Eight
Pattern Classification
Pattern Classification
425 Image classification by an optical implementation of the
Fukunaga-Koontz transform
James R. Leger, Sing H. Lee (Journal of the Optical
Society of America 1982)
434 Optical implementation of the least-squares linear mapping
technique for image classification
Zu-Han Gu, James R. Leger, Sing H. Lee (Journal of the
Optical Society of America 1982)
441 Recognition of images of Markov-1 model by least-squares
linear mapping technique
Zu-Han Gu, Sing H. Lee (Applied Optics 1984)
447 Optical pattern classifier with Perceptron learning
John H. Hong, Scott Campbell, Pochi Yeh (Applied Optics
1990)
454 Image classification by the Kittler-Young transform using a
joint transform correlator
John X. Li, Francis T.S. Yu, Don A. Gregory (Microwave
and Optical Technology Letters 1991)
457 Neural network adaptive wavelets for signal representation
and classification
Harold H. Szu, Brian Telfer, Shubha Kadambe (Optical
Engineering 1992)
467 Pattern classification using a joint transform correlator
based nearest neighbor classifier
Guowen Lu, Francis T.S. Yu (Optical Engineering 1996)
Section Nine
Phase Encoding and Phase Only Correlators
Phase Encoding and Phase Only Correlators
479 Additional properties of the phase-only correlation filter
Peter D. Gianino, Joseph L. Horner (Optical Engineering
1984)
482 Optical image correlation with a binary spatial light
modulator
Demetri Psaltis, Eung G. Paek, Santosh S. Venkatesh
(Optical Engineering 1984)
489 Computer-generated and phase-only synthetic discriminant
function filters
David Casasent, William A. Rozzi (Applied Optics 1986)
495 Optimal binary phase-only matched filters
Michael W. Farn, Joseph W. Goodman (Applied Optics 1988)
502 Improved correlation discrimination using an
amplitude-modulated phase-only filter
Abdul Ahad S. Awwal, Mohammad A. Karim, Syeda R. Jahan
(Applied Optics 1990)
506 Design of phase-only, binary phase-only, and complex ternary
matched filters with increased signal-to-noise ratios for
colored noise
B.V.K. Vijaya Kumar, Richard D. Juday (Optics Letters
1991)
509 Optical implementation of phase extraction pattern
recognition
Joseph Rosen, Tuvia Kotzer, Joseph Shamir (Optics
Communications 1991)
514 Is the phase-only filter and its modifications optimal in
terms of the discrimination capability in pattern
recognition?
L.P. Yaroslavsky (Applied Optics 1992)
517 Adaptive real-time architectures for phase-only correlation
Robert W. Cohn (Applied Optics 1993)
525 Performance comparison of ternary and minimum noise and
correlation energy filters using realistic test images
David L. Flannery, Kueiming Max Lee, Dennis H. Goldstein
(Optical Engineering 1994)
533 Phase-encoding input images for optical pattern recognition
Robert R. Kallman, Dennis H. Goldstein (Optical
Engineering 1994)
540 Phase-encoded input joint transform correlator with improved
pattern discriminability
Guowen Lu, Zheng Zhang, F.T.S. Yu (Optics Letters 1995)
Section Ten
Techniques and Algorithms
Techniques and Algorithms
545 Optical character recognition based on nonredundant
correlation measurements
B. Braunecker, R. Hauck, A.W. Lohmann (Applied Optics
1979)
553 Double correlation technique for pattern recognition and
counting
S. Jutamulia, H. Fujii, T. Asakura (Optics Communications
1982)
558 Optical tracking novelty filter
Dana Z. Anderson, Diana M. Lininger, Jack Feinberg
(Optics Letters 1987)
561 Pattern recognition based on the triple correlation
Adolf W. Lohmann (Optik 1988)
565 Optimal maximum correlation filter for arbitrarily
constrained devices
Michael W. Farn, Joseph W. Goodman (Applied Optics 1989)
570 Data association multiple target tracking using a
phase-mostly liquid crystal television
Eddy C. Tam, Francis T.S. Yu, Aris Tanone, Don A.
Gregory, Richard D. Juday (Optical Engineering 1990)
578 Adaptive learning with joint transform correlators
Joseph Rosen, Uri Mahlab, Joseph Shamir (Optical
Engineering 1990)
584 Optical recognition of phase-encrypted biometrics
Eric G. Johnson, James D. Brasher, Don Gregory, Peter
Erbach, Mike Duignan, Greg Behrmann, Sing H. Lee, Walter
Daschner, Pin Long (Optical Engineering 1998)
593 Computer-generated amplitude-compensated matched filter
Guo-Guang Mu, Xin-Xin Shao, Zhao-Qi Wang, Ru-Lian Fu
(Optical Engineering 1998)
597 Implementation of bipolar real-valued input scenes in a
real-time optical correlator: application to color pattern
recognition
Ignacio Moreno, Juan Campos, Maria J. Yzuel, Vitaly Kober
(Optical Engineering 1998)
604 Real-time optoelectronic morphological processor for human
face recognition
Haisong Liu, Minxian Wu, Guofan Jin, Gang Cheng,
Qingsheng He (Optical Engineering 1998)
Section Eleven
Review Paper
Review Paper
613 Optical pattern recognition: architectures and techniques
Francis T.S. Yu, Don A. Gregory (Proceedings of the IEEE
1996)
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