This article discusses theoretical and practical aspects of direct position estimation (DPE) of
global navigation satellite system (GNSS) receivers. DPE is an alternative approach to the …

The problem of localizing a transmitting source by observing the signal at several base
stations (BSs) is considered. In this paper, a direct position estimation (DPE) algorithm for a …

Recently, direct position estimation (DPE) has arisen as a potential approach to deal with
the positioning problem in global navigation satellite system receivers. The conventional …

GNSS receivers compute its position by a two-steps procedure. First, synchronization
parameters are estimated and, then, a geometrical problem is solved to obtain receiver's …

Vehicle positioning with the global navigation satellite system (GNSS) in urban
environments faces two problems which are attenuation and dynamic. For traditional GNSS …

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

Direct Position Estimation (DPE) is a rather new Global Navigation Satellite System (GNSS)
technique to estimate the user position, velocity and time (PVT) directly from correlation …

Localization based on the reception of radio-frequency waveforms is a crucial problem in
many civilian or military applications. It is also the main objective of all Global Navigation …

Various positioning techniques have been developed to localize Internet-of-Things (IoT)
devices accurately. Because IoT communications are often narrowband, efficient localization …

Vehicle positioning with global navigation satellite system in urban environments has three
challenges: signal attenuation, multipath and dynamic. In this study, the direct position …