Titlebook: Optical Signal Processing; M. A. Fiddy,M. Nieto-Vesperinas Book 1992 Springer Science+Business Media New York 1992 Pinhole.Signal.complexi

催眠

Optical Computation of the Sector and Radon Transform Using Pinhole Array,An optical setup for the computation of the sector transform is presented in this paper. The device is based on pinhole imaging and processing with the computer generated mask. Computation of the transform does not require image rotation, and therefore processing is done fully in parallel. Extensions of the transform are also discussed.

阻礙

Multidimensional Processing: Nonlinear Optics and Computing,s are discussed here. We discuss future developments and architectural consequences for such potentially highly parallel and interconnected processing systems. Particular emphasis is placed on energy and speed considerations, associated with the use of nonlinear optical materials in optical systems and devices.

Aprope

Space Time Complexity in Optical Computing,nomalously small temporal complexity). We next extend the requirement to embrace those optical processors. In its final form, the theorem requires that the product of spatial, temporal, and fanin complexities equal or exceed the problem complexity.

用肘

Composite Reference Image for Joint Transform Correlator,he analysis of an aspect view (tilt) invariant pattern recognition system, using logarithmic harmonics decomposition, JTC principles and composite filter techniques, is described followed by experimental results that can be obtained in real time.

一致性

Gaussian Wavelet Transform: Two Alternative Fast Implementations for Images, Gabor functions, which allows robust and efficient coding. Our particular GWT is based on a human visual model. Its incompleteness causes small amounts of reconstruction errors (due to small indentations in the MTF), which, however, are irrelevant under criteria based on visual perception.

極端的正確性

contradict

使痛苦

責(zé)問(wèn)

Introduction,ptical hardware and methods to solve multidimensional signal processing tasks. This special issue contains papers which span a range of applications of optics to signal processing. Optics here refers to the imposition of information on a two dimensional wavefront and the modulation of this informati

希望

Multidimensional Processing: Nonlinear Optics and Computing,made by multidimensional signal processing. Optical information processing or optical computing is a vast field and some of the more significant issues are discussed here. We discuss future developments and architectural consequences for such potentially highly parallel and interconnected processing