Multipath is a challenging problem for radar-based localization systems, especially in indoor
scenarios. Multipath is caused by the bounces from static objects like walls and furniture in …

This paper considers the problem of multipath ghosts elimination for the through-wall radar
imaging. We formulate a discrete signal model in the presence of first-order multipath, and …

Indoor human localization (IHL) is an important application of the Internet of Things.
Multipath effects are the most challenging problem for successful IHL when using radar, and …

In this letter, we consider the problem of multipath ghost suppression for through-the-wall
imaging radar. Exploiting the fact that these locations of the multipath ghosts depend on …

Radar imaging is typically based on linear models of the electromagnetic scattering
phenomenon. These models are robust and computationally efficient, but do not account for …

Through-wall moving target tracking is an essential part of applications with the purpose of
sensing moving human in the sealed building. However, the major challenge stems from the …

To achieve high resolution through-the-wall radar imaging (TWRI), long wideband antenna
arrays need to be considered, thus resulting in massive amounts of data. Compressive …

This paper considers the multipath modeling and exploitation problems for multiple input
multiple output through-the-wall imaging radar. A multipath propagation model referring to …

The coherence factor (CF) is defined as the ratio of coherent power to incoherent power
received by the radar aperture. The incoherent power is computed by the multi-antenna …

The multipath problem in indoor target detection has always been a long-standing research
hotspot. Although there are many solutions to the multipath problem in a horizontal line of …