International audienceThe networks of cell phone base stations not only provide continuous service for mobile communications users but also offer abundant illuminator resources for passive surveillance radar systems. This extensively explores the potential applications of passive surveillance radar using cell phone base station signals for various scenarios such as ground traffic monitoring, coastal and air surveillance, and through-the-wall motion detections. These promising experimental results demonstrated that such systems can be an attractive, low-cost alternative solution for various applications and prospectively as a complement to traditional active radar systems
Study and access the feasibility and suitability of using the GSM downlink signal from the GSM base ...
In recent years the use of passive bistatic radar (PBR) for surveillance purposes has received renew...
Train detection technologies are universal to all modern railway signal and control systems. They ar...
International audienceThe networks of cell phone base stations not only provide continuous service f...
International audiencePassive radars using illuminators of opportunity have attracted much attention...
The purpose of this project is to find out whether it is possible to use the cell phone system as ...
This paper examines the feasibility of 4G (LTE)-based passive radar for detecting ground moving targ...
This paper examines the feasibility of LTE-based passive radar for detecting ground moving targets. ...
Passive radar system constitute of a receiver without the co-located transmitter. It uses non-cooper...
Passive radars relying on signals of opportunity enable new applications based on stealth tracking o...
Use of a passive bistatic radar (PBR) system in the surveillance or monitoring of an area has its ad...
Aim of this work is to study innovative techniques and processing strategies for a new passive senso...
The potentialities of passive radar (PR) will be illustrated in this chapter with reference to the s...
Recently, there has been an evolution of mobile networks towards the fourth generation radio wireles...
The use of the WiFi, FM Radio, DVB-T, andor DAB waveforms as signals of opportunity for a passive ra...
Study and access the feasibility and suitability of using the GSM downlink signal from the GSM base ...
In recent years the use of passive bistatic radar (PBR) for surveillance purposes has received renew...
Train detection technologies are universal to all modern railway signal and control systems. They ar...
International audienceThe networks of cell phone base stations not only provide continuous service f...
International audiencePassive radars using illuminators of opportunity have attracted much attention...
The purpose of this project is to find out whether it is possible to use the cell phone system as ...
This paper examines the feasibility of 4G (LTE)-based passive radar for detecting ground moving targ...
This paper examines the feasibility of LTE-based passive radar for detecting ground moving targets. ...
Passive radar system constitute of a receiver without the co-located transmitter. It uses non-cooper...
Passive radars relying on signals of opportunity enable new applications based on stealth tracking o...
Use of a passive bistatic radar (PBR) system in the surveillance or monitoring of an area has its ad...
Aim of this work is to study innovative techniques and processing strategies for a new passive senso...
The potentialities of passive radar (PR) will be illustrated in this chapter with reference to the s...
Recently, there has been an evolution of mobile networks towards the fourth generation radio wireles...
The use of the WiFi, FM Radio, DVB-T, andor DAB waveforms as signals of opportunity for a passive ra...
Study and access the feasibility and suitability of using the GSM downlink signal from the GSM base ...
In recent years the use of passive bistatic radar (PBR) for surveillance purposes has received renew...
Train detection technologies are universal to all modern railway signal and control systems. They ar...