Wi‐Fi technology has strong potentials in indoor and outdoor sensing applications; it has
several important features which makes it an appealing option compared to other sensing …

In this paper, we investigate the feasibility of uncooperatively and covertly detecting people
moving behind walls using passive bistatic WiFi radar at standoff distances. A series of …

From the Daventry Experiment in 1935 to the present day, passive radar technology has
considerably evolved, and its range of use has expanded to include several advanced …

The practical feasibility of a WiFi transmissions based passive bistatic radar (PBR) is
analyzed here. The required data processing steps are described including the adopted …

Can WiFi signals be used for sensing purpose? The growing PHY layer capabilities of WiFi
has made it possible to reuse WiFi signals for both communication and sensing. Sensing via …

Urban geometry plays a critical role in determining paths for pedestrian flow in urban areas.
To improve the urban planning processes and to enhance quality of life for end-users in …

Passive Bistatic Radar exploits the illumination of a scene by a local communications
transmitter in order to perform radar processing without dedicated transmitter hardware. The …

In this paper, we consider a passive radar system that estimates the positions and velocities
of multiple moving targets by using OFDM signals transmitted by a totally un-coordinated …

In this study the authors investigate the two‐dimensional target localisation capabilities of a
passive radar system based on WiFi transmissions. It is well known that the most …