Image processing uses many data processing techniques to transform the raw data or information from a sensor system into useful information from which decisions can be made. Historically, the data processing systems associated with each image processing application were tuned or optimized to that application such as machine inspection, pattern recognition, etc. In today's environment it is desirable to quickly evaluate promising techniques while maintaining minimal manpower and/or capital penalties. In this paper we will describe the implementation of a Missile Automatic Target Recognition (ATR) based on Adaptive Computing Systems (ACS) / Model Integrated Computing (MIC) techniques developed at ISIS/Vanderbilt University. 1
Numerous methods have been applied in automatic target recognition (Am) systems now, and a lot of fa...
Automated target recognition is an application area that requires special-purpose hardware to achiev...
In this paper a review of the techniques used to solve the automatic target recognition (ATR) proble...
Automatic Target Recognition (ATR) is an extremely important capability for defense applications. Ma...
Automatic target recognition (ATR) is an application of multi sensor data fusion technology which is...
The image exploitation task is becoming the bottleneck of information gathering in the reconnaissanc...
AISS (Adaptive Intelligent Sensing System), a real-time pattern recognition system with learning cap...
Discusses the machine interpretation of remotely-sensed in terms of human concepts by combining the...
There is a growing demand for assistance by ATR (Automatic Target Recognition) components in militar...
The implementation of computational systems to perform intensive operations often involves balancing...
The paper reviews real-time image processing techniques for machine perception with a specific focus...
Configurable computing hardware has many advantages over both general-purpose processors and applica...
The Anti-Tank Guided-Missile (ATGM) system has a very important role in the modern battlefield. This...
This paper will presents a new automatic target recognition (ATR) algorithm to detect targets such a...
In machine-aided target recognition, human operators work with an automatic target recognition (ATR)...
Numerous methods have been applied in automatic target recognition (Am) systems now, and a lot of fa...
Automated target recognition is an application area that requires special-purpose hardware to achiev...
In this paper a review of the techniques used to solve the automatic target recognition (ATR) proble...
Automatic Target Recognition (ATR) is an extremely important capability for defense applications. Ma...
Automatic target recognition (ATR) is an application of multi sensor data fusion technology which is...
The image exploitation task is becoming the bottleneck of information gathering in the reconnaissanc...
AISS (Adaptive Intelligent Sensing System), a real-time pattern recognition system with learning cap...
Discusses the machine interpretation of remotely-sensed in terms of human concepts by combining the...
There is a growing demand for assistance by ATR (Automatic Target Recognition) components in militar...
The implementation of computational systems to perform intensive operations often involves balancing...
The paper reviews real-time image processing techniques for machine perception with a specific focus...
Configurable computing hardware has many advantages over both general-purpose processors and applica...
The Anti-Tank Guided-Missile (ATGM) system has a very important role in the modern battlefield. This...
This paper will presents a new automatic target recognition (ATR) algorithm to detect targets such a...
In machine-aided target recognition, human operators work with an automatic target recognition (ATR)...
Numerous methods have been applied in automatic target recognition (Am) systems now, and a lot of fa...
Automated target recognition is an application area that requires special-purpose hardware to achiev...
In this paper a review of the techniques used to solve the automatic target recognition (ATR) proble...