Critical government and industry sectors (such as law enforcement, transportation,
communication, and finance) are growing increasingly dependent on Global Navigation …

The paper presents an approach for detection of spoofing/meaconing signals using the
direction-of-arrival (DOA) measurements available in a multi-antenna navigation receiver …

Array processing proved itself in the last decades as a powerful approach to suppress
harmful radio frequency interference. However, the interference mitigation in the spatial …

The use of Space-Time Processing (STP) in Global Navigation Satellite System (GNSS)
applications is gaining significant attention due to its effectiveness for both narrowband and …

Satellite-based navigation is prevalent in both commercial applications and critical
infrastructures, providing precise position and time referencing. As a consequence …

Radio frequency interference (RFI) poses a severe problem for conventional GNSS
receivers. Even low powered RFI can block the reception of satellite signals and prevent a …

This paper presents an architecture for an embedded multi-antenna digital GNSS receiver. A
two-stage adaptive beamformer for interference suppression and Line-of-Sight (LoS) signal …

New GNSS applications demand resilience against radio interference and high position
accuracy. Separately, these demands can be fulfilled by multi-antenna systems using spatial …

The use of antenna arrays in Global Navigation Satellite System (GNSS) applications is
gaining significant attention due to its superior capability to suppress both narrowband and …

The performance of a global navigation satellite system (GNSS) receiver can be significantly
degraded in the presence of pulsed interference and jamming. In this study, the authors …