Analysis of wideband EMI field data

B. Whitecotton; T. McManus; S. Kuhn; Y. Dalichaouch; L. Carin; Pete Torrione; L. Collins

doi:10.1117/12.604191

Analysis of wideband EMI field data

B. Whitecotton, T. McManus, S. Kuhn, Y. Dalichaouch, L. Carin, Pete Torrione, L. Collins

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Abstract

Last year, we reported on a preliminary evaluation of GE's frequency-domain EMI prototype sensor capable of measuring the wideband response of simulant and inert low metal mines at shallow depths over a frequency range from 100 Hz to 150 kHz. Since then, the prototype sensor has undergone further power and sensitivity improvements and has been taken to the field to collect signature data on targets in a calibration grid located at an Army facility in Virginia. The frequency-domain EMI responses have been analyzed by Duke University utilizing matched subspace detector (MSD) processing. The limited amount of data collected, so far, suggests that MSD processing of the frequency-domain data is a robust technique for target detection and identification. However, more data need to be collected for robust testing.

Original language	English (US)
Title of host publication	Proceedings of SPIE - The International Society for Optical Engineering
Pages	254-262
Number of pages	9
DOIs	https://doi.org/10.1117/12.604191
State	Published - Oct 24 2005
Externally published	Yes

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title = "Analysis of wideband EMI field data",

abstract = "Last year, we reported on a preliminary evaluation of GE's frequency-domain EMI prototype sensor capable of measuring the wideband response of simulant and inert low metal mines at shallow depths over a frequency range from 100 Hz to 150 kHz. Since then, the prototype sensor has undergone further power and sensitivity improvements and has been taken to the field to collect signature data on targets in a calibration grid located at an Army facility in Virginia. The frequency-domain EMI responses have been analyzed by Duke University utilizing matched subspace detector (MSD) processing. The limited amount of data collected, so far, suggests that MSD processing of the frequency-domain data is a robust technique for target detection and identification. However, more data need to be collected for robust testing.",

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AU - McManus, T.

AU - Kuhn, S.

AU - Dalichaouch, Y.

AU - Carin, L.

AU - Torrione, Pete

AU - Collins, L.

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AB - Last year, we reported on a preliminary evaluation of GE's frequency-domain EMI prototype sensor capable of measuring the wideband response of simulant and inert low metal mines at shallow depths over a frequency range from 100 Hz to 150 kHz. Since then, the prototype sensor has undergone further power and sensitivity improvements and has been taken to the field to collect signature data on targets in a calibration grid located at an Army facility in Virginia. The frequency-domain EMI responses have been analyzed by Duke University utilizing matched subspace detector (MSD) processing. The limited amount of data collected, so far, suggests that MSD processing of the frequency-domain data is a robust technique for target detection and identification. However, more data need to be collected for robust testing.

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Analysis of wideband EMI field data

Abstract

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