Search Results - "Krile, Thomas F."

Multiplexed holograms in thick bacteriorhodopsin films for optical memory/interconnections.

Authors: Bablumian, Arkady S. Krile, Thomas F.

Source: Optical Engineering; November 2000, Vol. 39 Issue 11, p2964-2974, 11p

Optical logic function implementation using a one-dimensional deformable mirror device.

Authors: Hoq, Mohammed Ehteshamul Krile, Thomas F. Walkup, John F.

Source: Optical Engineering; November 1992, Vol. 31, p2413-2421, 9p

BaTiO3-based optical quadratic neural network implementing the perceptron algorithm.

Authors: Huynh, Alex V. Walkup, John F. Krile, Thomas F.

Source: Optical Engineering; May 1992, Vol. 31, p979-985, 7p

Analysis of sequential complex images, using feature extraction and two-dimensional cepstrum techniques.

Authors: Lee, Dah Jye Mitra, Sunanda Krile, Thomas F.

Source: Journal of the Optical Society of America. A, Optics & Image Science; June 1989, Vol. 6, p863-870, 8p

Piecewise isoplanatic modeling of space-variant linear systems.

Authors: Lin, Shing-Hong Krile, Thomas F. Walkup, John F.

Source: Journal of the Optical Society of America. A, Optics & Image Science; March 1987, Vol. 4, p481-487, 7p

Throughput analysis of digital partitioning with error-correcting codes for optical matrix-vector processors.

Authors: Ellett, Scott A. Krile, Thomas F. Walkup, John F.

Source: Applied Optics; October 10 1995, Vol. 34, p6744-6751, 8p

Temporal intensity noise characteristics and discrete numeric accuracy of analog liquid-crystal-based spatial light modulators.

Authors: Morelli, Michael V. Krile, Thomas F. Walkup, John F.

Source: Applied Optics; May 10 1994, Vol. 33, p2812-2828, 17p

Error-correction coding for accuracy enhancement in optical matrix-vector multipliers.

Authors: Ellett, Scott A. Walkup, John F. Krile, Thomas F.

Source: Applied Optics; September 10 1992, Vol. 31, p5642-5653, 12p

Outer product processor using polarization encoding.

Authors: Ittycheriah, Abraham P. Walkup, John F. Krile, Thomas F.

Source: Applied Optics; January 10 1990, Vol. 29, p275-283, 9p

Image compression in signal-dependent noise.

Authors: Shahnaz, Rubeena Walkup, John F. Krile, Thomas F.

Source: Applied Optics; September 10 1999, Vol. 38 Issue 26, p5560-5567, 8p

M-type thick holograms in bacteriorhodopsin films with a high-divergence reference beam.

Authors: Bablumian, Arkady S. Krile, Thomas F. Mehrl, David J.

Source: Applied Optics; March 10 1998, Vol. 37, p1350-1355, 6p

Accuracy in analog optical processors: statistical analysis.

Authors: Timuçin, Dogǧan A. Walkup, John F. Krile, Thomas F.

Source: Journal of the Optical Society of America. A, Optics, Image Science, & Vision; February 1994, Vol. 11, p560-571, 12p

Reliability characteristics of quadratic Hebbian-type associative memories in optical and electronic network implementations.

Authors: Chung, Pau-Choo Krile, Thomas F.

Source: IEEE Transactions on Neural Networks; March 1995, Vol. 6, p357-367, 11p

Characteristics of Hebbian-type associative memories having faulty interconnections.

Authors: Chung, Pau-Choo Krile, Thomas F.

Source: IEEE Transactions on Neural Networks; November 1992, Vol. 3, p969-980, 12p

Two-dimensional optical Clos interconnection network and its uses.

Authors: Lin, Shing-Hong Krile, Thomas F. Walkup, John F.

Source: Applied Optics; May 1 1988, Vol. 27, p1734-1741, 8p

Power cepstrum and spectrum techniques applied to image registration.

Authors: Lee, Dah-Jye Krile, Thomas F. Mitra, Sunanda

Source: Applied Optics; March 15 1988, Vol. 27, p1099-1106, 8p

Automated method for fundus image registration and analysis.

Authors: Mitra, Sunanda Nutter, Brian S. Krile, Thomas F.

Source: Applied Optics; March 15 1988, Vol. 27, p1107-1112, 6p

Optical triple-product processing in logic design.

Authors: Lin, Shing-Hong Krile, Thomas F. Walkup, John F.

Source: Applied Optics; September 15 1986, Vol. 25, p3089-3096, 8p

Optical techniques for real-time binary multiplication.

Authors: Chandran, Vinod Krile, Thomas F. Walkup, John F.

Source: Applied Optics; July 15 1986, Vol. 25, p2272-2276, 5p

Incoherent optical processing: a tristimulus-based method.

Authors: Carson, Richard F. Walkup, John F. Krile, Thomas F.

Source: Applied Optics; September 15 1984, Vol. 23, p3138-3143, 6p