This paper describes the development of linear pyroelectric array systems for classification of human, animal, and vehicle targets. The pyroelectric array is simulated to produce binary profiles of targets. The profiles are classified based on height to width ratio using Naïve Bayesian classifiers. Profile widths of targets can vary due to the speed of the target. Target speeds were calculated using two techniques; two array columns, and a tilted array. The profile width was modified by the calculated speeds to show an improvement in classification results. © 2010 SPIE
In this paper a novel technique is proposed to detect person position through the use of an array of...
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An object position and orientation recognizing device using pyroelectric polyvinylidene fluoride (PV...
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In this paper, we propose a real-time human versus animal classification technique using a pyro-elec...
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Linear pyroelectric array sensors have enabled useful classifications of objects such as humans and ...
In this paper a novel technique is proposed to detect person position through the use of an array of...
In general, profiling sensors are low-cost crude imagers that typically utilize a sparse detector ar...
An object position and orientation recognizing device using pyroelectric polyvinylidene fluoride (PV...
This paper describes the development of linear pyroelectric array systems for classification of huma...
Pyroelectric linear arrays can be used to generate profiles of targets. Simulations have shown that ...
It has been shown that useful classifications can be made with a sensor that detects the shape of mo...
This paper presents a proof of concept sensor system based on a linear array of pyroelectric detecto...
Classification of human and animal targets imaged by a linear pyroelectic array senor presents some ...
Profiling sensor systems have been shown to be effective for detecting and classifying humans agains...
This paper presents initial object profile classification results using range and elevation independ...
This paper presents object profile classification results using range and speed independent features...
This paper presents techniques for signal conditioning and feature estimation to be used for profili...
In this paper, we propose a real-time human versus animal classification technique using a pyro-elec...
In this paper, a novel method using a dynamic pyroelectric infrared (PIR) sensor to detect and ident...
Linear pyroelectric array sensors have enabled useful classifications of objects such as humans and ...
In this paper a novel technique is proposed to detect person position through the use of an array of...
In general, profiling sensors are low-cost crude imagers that typically utilize a sparse detector ar...
An object position and orientation recognizing device using pyroelectric polyvinylidene fluoride (PV...