Two efficient solutions are proposed for the localization problem of an object in multiple-
input multiple-output (MIMO) radar systems, when the transmitter positions and offsets are …

Elliptic target positioning from the bistatic ranges (BRs), as an emerging localization
scheme, has recently gained considerable traction for its diverse applications in multistatic …

Elliptic positioning (EP) has been receiving increasing attention in recent years with the
development of multistatic systems. This article considers mitigating the negative effects of …

This letter focuses on the robust low-rank matrix recovery (RLRMR) in the presence of gross
sparse outliers. Instead of using-norm to reduce or suppress the influence of anomalies, we …

The frequency diverse array (FDA) is mainly applied to achieving target localization under
the complicated electromagnetic jamming condition. The bistatic multiple-input-multiple …

Elliptic positioning (EP) has been a topic of lively interest to localization practitioners owing
to widespread adoption of the bistatic configuration in many location-enabling technologies …

The inadvertent incorporation of deviating samples into the measured indirect and direct
path delays is generally unavoidable in the practical implementation of passive elliptic …

In this letter, a novel factor graph approach to target localization in distributed MIMO radars
is proposed. To achieve robust localization in the presence of outliers, target localization can …

We revisit herein the problem of time-difference-of-arrival (TDOA) based localization under
the mixed line-of-sight/non-line-of-sight propagation conditions. Adopting the strategy of …

In this article, we investigate the target localization problem in a multiple input multiple
output radar systems with widely separated antennas. We derive an accurate and robust …