Add to ORKGAn optical processing method is presented which allows the correlation of two images to be computed in real time with a 1-D acoustooptic spatial light modulator as the input device. Two-dimensional processing is accomplished by a combination of spatial and temporal integration. The time-integrating processing is performed by a CCD detector that is operated as an optically addressed correlator
The goal of cost effective, high performance optical systems capable of pattern matching tasks has f...
Introduction Three-dimensional #3-D# spatial correlations can be made fast and in parallel by the u...
This paper presents an approach for parallel implementation of cross-correlation using the graphics ...
An optical processing method is presented which allows the correlation of two images to be computed ...
The modern methods of optical information processing allow to solve the problems of fast computing o...
The paper describes an experimental model of an optical correlator. Optical information processing s...
A high-speed hybrid optical–digital correlator system was designed, constructed, modeled, and demons...
We propose a novel real-time joint-Transform correlation (JTC) technique for optical pattern recogni...
The Particle Image Velocimetry (PIV) is a technique which is utilized for measuring complete velocit...
In this paper a new strategy for real-time three-dimensional object capturing and mapping is propose...
With the advent of high speed spatial light modulators, it is possible to write binary phase—only fi...
<p>O is a monochromatic source light, L1 and L2 are lenses, the scene and the filter planes hold bot...
Optical correlators are efficient optical systems that have gained a wide range of applications both...
A high-speed hybrid optical–digital correlator system was designed, constructed, modeled, and demons...
Correlation and convolution are based on the idea of getting the response of one function to another...
The goal of cost effective, high performance optical systems capable of pattern matching tasks has f...
Introduction Three-dimensional #3-D# spatial correlations can be made fast and in parallel by the u...
This paper presents an approach for parallel implementation of cross-correlation using the graphics ...
An optical processing method is presented which allows the correlation of two images to be computed ...
The modern methods of optical information processing allow to solve the problems of fast computing o...
The paper describes an experimental model of an optical correlator. Optical information processing s...
A high-speed hybrid optical–digital correlator system was designed, constructed, modeled, and demons...
We propose a novel real-time joint-Transform correlation (JTC) technique for optical pattern recogni...
The Particle Image Velocimetry (PIV) is a technique which is utilized for measuring complete velocit...
In this paper a new strategy for real-time three-dimensional object capturing and mapping is propose...
With the advent of high speed spatial light modulators, it is possible to write binary phase—only fi...
<p>O is a monochromatic source light, L1 and L2 are lenses, the scene and the filter planes hold bot...
Optical correlators are efficient optical systems that have gained a wide range of applications both...
A high-speed hybrid optical–digital correlator system was designed, constructed, modeled, and demons...
Correlation and convolution are based on the idea of getting the response of one function to another...
The goal of cost effective, high performance optical systems capable of pattern matching tasks has f...
Introduction Three-dimensional #3-D# spatial correlations can be made fast and in parallel by the u...
This paper presents an approach for parallel implementation of cross-correlation using the graphics ...