Paper Title
Airborne Electromagnetism Systems for Landmine Detection: A Critical Review
Abstract
This paper reviews the type of approaches used for airborne electromagnetism (AEM) for landmine detection.
Case studies illustrate that AEM is an effective device for early-stage site investigations despite the fact that existing AEM
technologies lack the resolution necessary for later stages, complicated engineering designs. Intrusive, ground-based
methods for landmine detection are more time-consuming and expensive, but site investigations may become more
productive if they are used to augment the limits of AEM data. With new improvements in unmanned aerial vehicles (UAV)
systems and rising investments in AEM research, there is a possibility of this technology's continuous global use. Also, we
explained some classification techniques that have been highlighted in this paper for decision-making in the detection
process.
Keywords - Landmine Detection, Airborne Electromagnetism systems, Ground Penetrating Radar (GPR), Support Vector
Mechanism (SVM), Neural Networks (NN), Detection and Classification Techniques