Multi-transmitter multi-receiver passive radar, which locates target in the surveillance area by the reflected signals of the available opportunistic transmitter from the target, is of interest in many applications. In this paper, we investigate different signal processing scenarios in multi-transmitter multi-receiver passive radar. These scenarios include decentralized processing of reference ...

Passive radar systems exploit non-cooperative transmitter to detect targets in areas of interest. Some of the main advantages of such systems with respect to conventional radars include low cost architectures, low energy requirements and potentially null probability of intercept. Digital waveforms like DVB-T and UMTS signals offer relatively wide bandwidth channels which allow achieving good sp...

Passive Coherent Location (PCL) requires detailed knowledge about the geometric transceiver-receiver-constellations and the technical parameters for simulating the effective field of view. Geographic Information Systems (GIS) provide tools to fuse spatial information with technical metadata to evaluate individual geometric constellations and obtain optimal radar coverage. This paper presents a ...

A traditional radar actively transmits pulses and receive the corresponding echoes. By computing time taken to echoes system is able detect targets estimate their ranges. However, mainly for military applications, an active has a major drawback: it can be detected by enemy since radiates electromagnetic pulses. As such, there currently high research development activity in field of passive syst...

This paper aims at presenting an Internet-of-things multistatic passive radar station having autonomous and field deployed capabilities. The is wirelessly connected to a data server requires, under expected circumstances, no maintenance whatsoever for the projected period of operation. wireless connection through radio waves over Wi-Fi protocol making internet-of-things device.
 A design d...