多径利用雷达(MER) 目标探测技术主要基于电磁波在介质表面的反射, 衍射等非直视(NLOS)
多路径传播特性, 实现对城市街角, 车辆遮挡等“视觉” 盲区内隐蔽目标的有效探测 …

The purpose of this chapter is to introduce geometric aspects of waveform diversity in terms
of bistatic ambiguity function (BAF) and Cramér–Rao lower bounds (CRLBs). These aspects …

We propose a cognitive radar network (CRN) system for the joint estimation of the target
state comprising the positions and velocities of multiple targets, and the channel state …

We develop methods for detecting a moving target in the presence of multipath reflections,
which exist, for example, in urban environments. We take advantage of the multipath …

Small unmanned aircraft systems (UASs) are expected to take major roles in future smart
cities, for example, by delivering goods and merchandise, potentially serving as mobile hot …

We derive a multipath model for sensing through walls using radars. The model considers
propagation through a front wall and specular reflections at interior walls in an enclosed …

Abstract The Multipath Exploitation Radar (MER) target detection technology is primarily
based on the Non-Line-Of-Sight (NLOS) multipath propagation characteristics of …

Detection of moving objects concealed behind a concrete wall corner has been
demonstrated, using Doppler-based techniques with a stepped-frequency radar centered at …

In urban sensing and through-the-wall (TTW) radar, the existence of targets inside buildings
results in multipath returns. These multipath returns are exploited to achieve target …

We propose a multiobjective optimization (MOO) technique to design an orthogonal-
frequency-division multiplexing (OFDM) radar signal for detecting a moving target in the …