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Multiprobe In-situ Measurement of Magnetic Field in a Minefield via a Distributed Network of Miniaturized Low-Power Integrated Sensor System for Detection of Magnetic Field Anomalies

Multiprobe In-situ Measurement of Magnetic Field in a Minefield via a Distributed Network of Miniaturized Low-Power Integrated Sensor System for Detection of Magnetic Field Anomalies

Javadi, H.; Bendrihem, D.; Blaes, B.; Boykins, K.; Cardone, J.; Cruzan, C.; Gibbs, J.; Goodman, W.; Lieneweg, U.; Michalik, H.; Narvaez, P.; Perrone, D.; Rademacher, J.; Snare, R.; Spencer, H.; Sue, M.; Weese, J.
URI: http://hdl.handle.net/2014/19247
Date: 1998-04-13
Citation: SPIE, Aerosense Detection & Remediation Technologies for Mines and Minelike Targets III
Orlando, Florida, USA

Abstract:

Based on technologies developed for the Jet Propulsion Laboratory (JPL) Free-Flying-Magnetometer (FFM) concept, we propose to modify the present design of FFMs for detection of mines and arsenals with large magnetic signature.

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