Localization using the time-of-arrival (ToA) of a wideband signal has the potential to achieve
high accuracy, thereby making it a promising choice for a variety of applications. However, a …

Detection and localization in urban environments is a very recent radar problem. In this
paper, we investigate the possibility of detecting and locating targets not in direct line of sight …

A hybrid technique is proposed to enhance the localization performance of a time difference
of arrival (TDOA) deployed in non-line-of-sight (NLOS) suburban scenario. The idea was to …

The rapid growth of available services depending on location awareness has led to a more
and more increasing demand for positioning in challenging environments. Global navigation …

Recently, the Vehicular Network (VN) has received a lot of attention from researchers
around the world. By allowing wireless communication, VNs enable information exchange …

This paper considers utilizing radar multipath returns to locate a target in an L-shaped non-
line of sight (NLOS) environment and proposes a NLOS target localization algorithm based …

The accuracy of cooperative localisation can be severely degraded in non‐line‐of‐sight
(NLOS) environments. To mitigate the NLOS errors, the cooperative localisation problem …

An attractive and challenging problem in source localisation is to locate a target in three‐
dimensional (3D) space using a single station. To satisfy the observability requirements and …

Location spoofing and non-line-of-sight (NLOS) propagation are two leading reasons of
serious localization errors in wireless networks. Previous studies have managed to identify …

This paper investigates the problem of source localization using a single sensor and
multipath signals in a electromagnetic warfare (EW) context. Time difference of arrival …