Add to ORKGThe technologies described in this chapter are to image, localize, and track behind-the-wall targets, which are either stationary or in motion, using an array with collocated or distributed apertures. Surveillance through obstacles such as walls, doors, and other visually opaque materials using microwave signals is considered as a powerful tool for a variety of applications in bot
Abstract: We develop a radar system with a moving sensor scheme for localizing distributed objects h...
Through-wall tracking has gained a lot of attentions in civilian ap-plications recently. Many applic...
Recent work with radar-based detection systems has demonstrated its efficacy in identifying [10], cl...
In this work, a prototype of microwave imaging system for through-the-wall monitoring is presented. ...
In this work, a prototype of microwave imaging system for through-the-wall monitoring is presented. ...
A technique for target location estimation in through-the-wall radar imaging applications is present...
This paper explores the through-the-wall inverse scattering problem via machine learning. The recons...
Imaging of visually obscured objects within buildings or buried under ground using low frequency EM ...
We consider the problem of using electromagnetic sensing to estimate targets in complex environments...
AbstractModern handheld target detection methods are typically restricted to line of sight (LOS) tec...
Tracking moving targets hidden behind visually opaque structures as building walls is a crucial issu...
Detection of moving objects concealed behind a concrete wall corner has been demonstrated, using Dop...
The ability to perform target detection through walls and barriers is important for law enforcement,...
This paper explores the through-the-wall inverse scattering problem via machine learning. The recons...
Abstract—A detector of targets behind walls and in enclosed structures is presented. The detector is...
Abstract: We develop a radar system with a moving sensor scheme for localizing distributed objects h...
Through-wall tracking has gained a lot of attentions in civilian ap-plications recently. Many applic...
Recent work with radar-based detection systems has demonstrated its efficacy in identifying [10], cl...
In this work, a prototype of microwave imaging system for through-the-wall monitoring is presented. ...
In this work, a prototype of microwave imaging system for through-the-wall monitoring is presented. ...
A technique for target location estimation in through-the-wall radar imaging applications is present...
This paper explores the through-the-wall inverse scattering problem via machine learning. The recons...
Imaging of visually obscured objects within buildings or buried under ground using low frequency EM ...
We consider the problem of using electromagnetic sensing to estimate targets in complex environments...
AbstractModern handheld target detection methods are typically restricted to line of sight (LOS) tec...
Tracking moving targets hidden behind visually opaque structures as building walls is a crucial issu...
Detection of moving objects concealed behind a concrete wall corner has been demonstrated, using Dop...
The ability to perform target detection through walls and barriers is important for law enforcement,...
This paper explores the through-the-wall inverse scattering problem via machine learning. The recons...
Abstract—A detector of targets behind walls and in enclosed structures is presented. The detector is...
Abstract: We develop a radar system with a moving sensor scheme for localizing distributed objects h...
Through-wall tracking has gained a lot of attentions in civilian ap-plications recently. Many applic...
Recent work with radar-based detection systems has demonstrated its efficacy in identifying [10], cl...