Radar based object detection systems have been in place for about a century serving various purposes like detection of ships aircrafts, spacecraft, navigation, reading weather formations and terrain mapping. With the advent of better packing technologies and signal conditioning circuits radars have become compact and affordable thus offering comparatively low cost solutions than other systems b...

IJSER © 2014 http://www.ijser.org Abstract— In this paper a system geometry with two transmitters and six receivers is used to extends the radar stealthy aircraft detection . Monte-Calro simulation for the stealthy aircraft RCS is used from accurate RCS estimation in the literature [1]. Radar systems, based on Multistatic radar concept attracted a substantial attention in the recent years. The ...

This paper presents an overview of recent progress of radar for the image detection and characterization of targets. MIMO radar can improve on conventional target detection, parameter identification, and target classification performance via diversity of, among other things, its simultaneously transmitted waveforms. However, the mutual interference among the waveforms may lead to considerable p...

In this section we consider the problem of radar detection of stationary targets obscured by foliage clutter. This is a classical detection problem for which the usual solution approach is to reduce the radar centre frequency as far as possible, so minimising scattering by the foliage while hopefully maintaining a significant target response. These approaches are based on backscatter intensity ...

This paper develops a 24 GHz band FM-CW radar system to detect closed multiple targets in a small displacement environment, and its performance is analyzed by computer simulation. The FM-CW radar system uses a differential detection method for removing any signals from background objects and uses a tunable FIR filtering in signal processing for detecting multiple targets. The differential detec...

The use of UWB (Ultra-Wide Band) radar microwave imaging in stroke detection opens the possibility to develop low cost, fast response and transportable diagnostic devices, which could play a key role in emergency scenarios. The feasibility of such a device is strictly related to the trade-off performancecomplexity, which depends from the chosen beamforming algorithm, the number of antennas and ...

The performance of automotive controller area network (CAN) for safety driving applications based on the radar sensors is tightly related to the target vehicle detection. The presented paper deals with introduction of appropriate signal detection and signal processing techniques for closing vehicle detection (CVD) based on FMCW radar.

An object detection method based on the motion stereo technique is proposed, which works by the fusion of millimeter wave radar and a single video camera. The method does not depend on the appearance of the target object, so it is not only capable of detecting automobiles, but also other objects that come within its range.

With the ambitious aim to exploit the specific advantages of ultra-wideband (UWB) radio sensors for medical applications the project ultraMEDIS has been designed. The project focuses on the combination of UWB radar with magnetic resonance imaging, UWB radar based breast cancer detection, identification of various physiological signatures and the development of appropriate UWB antennas to accomp...

Please cite this article in press as: C. Stiller et a j.inffus.2011.03.005 This article focusses on the fusion of information from various automotive sensors like radar, video, and lidar for enhanced safety and traffic efficiency. Fusion is not restricted to data from sensors onboard the same vehicle but vehicular communication systems allow to propagate and fuse information with sensor data fr...