Advances in the miniaturization, computational capabilities, and cost reduction of
semiconductor technology have made global navigation satellite systems (GNSSs) the …

The derivation of tight estimation lower bounds is a key tool to design and assess the
performance of new estimators. In this contribution, first, the authors derive a new compact …

This paper studies the joint estimation of velocity, AOA, and range (JEVAR) of a target in a
multipath environment, which has gain renewed interest with the advent of 5G Internet of …

Joint direction-of-arrival (DOA), direction-of-departure (DOD), and Doppler estimation for
multiple-input multiple-output (MIMO) radar usually are too time-consuming to implement …

Abstract Array Signal Processing (ASP) refers to the collection and manipulation of data
obtained from multiple spatially distributed sensors or antennas, in an effort to extract …

This paper treats the problem of line-of-sight (LOS) parameter estimation in strong multipath
environments. In the case of highly temporally and spatially correlated LOS and multipath …

Multipath (ML) signals reflected from the surrounding objects of a Global Navigation Satellite
Systems (GNSS) receiver lead to a bias in the time-delay estimation of the line-of-sight …

Multistatic active sonar systems involve the transmission and reception of multiple probing
sequences and can achieve significantly enhanced performance of target detection and …

Abstract Global Navigation Satellite Systems (GNSS), such as GPS, Galileo, GLONASS, and
BeiDou, are vital for safety-critical applications such as civilian aviation and autonomous …

Conventional global navigation satellite system receivers typically employ a two-step
positioning procedure (2SP) by first independently estimating the synchronization …