This paper explores the through-the-wall inverse scattering problem via machine learning. The reconstruction method seeks to discover the shape, location, and type of hidden objects behind simulated walls. We use radar frequency (RF) sources and receivers placed outside the room to generate observation data with objects randomly placed inside the room
In this paper, we present an experimental method for locating and identifying objects in radar imagi...
At TNO an innovative concept to obtain inside building awareness with stand-off, through-the-wall ra...
Through-wall sensing of hidden objects is a topic that is receiving a wide interest in several appli...
This paper explores the through-the-wall inverse scattering problem via machine learning. The recons...
Through-the-wall radar (TWR) imaging is an emerging technology that enables detection and localizati...
We consider the problem of using electromagnetic sensing to estimate targets in complex environments...
In this paper, we describe a model-based, non-linear reconstruction method for mapping internal buil...
This paper employed deep learning to do two-dimensional, multi-object locating in Through-the-Wall R...
Abstract: We develop a radar system with a moving sensor scheme for localizing distributed objects h...
This paper addresses the problem of indoor scene reconstruction in compressed sensing through-the-wa...
This paper presents numeric simulations related to sensing through the wall radar technologies. Our ...
Through-wall radar allows for remote intelligence of building interiors including stand-off detectio...
The technologies described in this chapter are to image, localize, and track behind-the-wall targets...
Through-the-wall radar imaging is an electromagnetic wave sensing technology capable of detecting ta...
Through-the-wall radar uses electromagnetic waves to detect and discern targets behind opaque obstac...
In this paper, we present an experimental method for locating and identifying objects in radar imagi...
At TNO an innovative concept to obtain inside building awareness with stand-off, through-the-wall ra...
Through-wall sensing of hidden objects is a topic that is receiving a wide interest in several appli...
This paper explores the through-the-wall inverse scattering problem via machine learning. The recons...
Through-the-wall radar (TWR) imaging is an emerging technology that enables detection and localizati...
We consider the problem of using electromagnetic sensing to estimate targets in complex environments...
In this paper, we describe a model-based, non-linear reconstruction method for mapping internal buil...
This paper employed deep learning to do two-dimensional, multi-object locating in Through-the-Wall R...
Abstract: We develop a radar system with a moving sensor scheme for localizing distributed objects h...
This paper addresses the problem of indoor scene reconstruction in compressed sensing through-the-wa...
This paper presents numeric simulations related to sensing through the wall radar technologies. Our ...
Through-wall radar allows for remote intelligence of building interiors including stand-off detectio...
The technologies described in this chapter are to image, localize, and track behind-the-wall targets...
Through-the-wall radar imaging is an electromagnetic wave sensing technology capable of detecting ta...
Through-the-wall radar uses electromagnetic waves to detect and discern targets behind opaque obstac...
In this paper, we present an experimental method for locating and identifying objects in radar imagi...
At TNO an innovative concept to obtain inside building awareness with stand-off, through-the-wall ra...
Through-wall sensing of hidden objects is a topic that is receiving a wide interest in several appli...