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Discrimination between buried metallic mines and metallic clutter using signal energy and exponential decay rates
Bayesian optimal classification of metallic objects: a comparison of time-domain and frequency-domain EMI performance
Physics-based statistical signal processing for improved land mine detection and classification via decay rate estimation
Statistical clutter modeling and parameter estimation for the characterization of buried objects using frequency-domain electromagnetic induction sensing
Detection of electronic mines, timers, and fuses through electromagnetic interference signatures and stimulated emissions
Training and performance assessment of land mine detector operator using motion tracking and virtual mine lane
Comparison of different neural network classification paradigms for underwater target discrimination
Algorithm fusion for the detection and classification of sea mines in the very shallow water region using side-scan sonar imagery
Development of a web-centric virtual prototyping environment for shallow-water mine countermeasures using the Internet paradigm
Passive broadband detection and identification of underwater targets and buried targets in "acoustic daylight"
Development of electrochemical sensors for trace detection of explosives and for the detection of chemical warfare agents
Laboratory data and model comparisons of the transport of chemical signatures from buried land mines/UXO
Effect of diurnal and seasonal weather variations on the chemical signatures from buried land mines/UXO
Recent developments in sorbent coatings and chemical detectors at the Naval Research Laboratory for explosives and chemical agents
Enhanced selectivity of electron capture detector for nitroaromatic explosives through the application of electron attachment reactions