Spatial response characteristics of an electromagnetic induction sensor as it passes over a
metallic object are investigated using a simple analytical technique. In this low-frequency …

A simple and accurate model is presented for computation of the electromagnetic induction
(EMI) resonant frequencies of canonical conducting and ferrous targets, in particular, finite …

A rigorous signal detection theoretic analysis is used to improve detectability of land mines.
The development is performed for sensors that integrate time-domain information to provide …

A portable, wide bandwidth, time-domain electromagnetic sensor system has been
developed and used extensively to measure the eddy current time-decay response of a wide …

A finite-element analysis of electromagnetic induction (EMI) in the presence of multiple
buried metal targets is undertaken for the purpose of unexploded ordnance (UXO) detection …

Eddy-current or permeability-contrast based metal detectors may be characterized by static
sensitivity maps, a new graphic representation that maps detector response to a …

Accurate sensing of vehicle location and attitude is a fundamental requirement in many
mobile-robot applications, but is a very challenging problem in the cluttered and …

A general model to compute the response of an electromagnetic induction sensor to a
magnetic soil, in both time and frequency domains, is developed. The model requires …

During the cementing process of oil wells, fluid loss to the formation can occur and
compromise the entire operation. In this work, we perform numerical analysis of the …

This paper presents machine learning classification on simulated data of permeable
conducting spheres in air and seawater irradiated by low frequency electromagnetic pulses …