Adaptive antennas with array processing are a promising technology for enhanced
interference mitigation and detection in GNSS receivers. Especially in the field of safety …

The use of spatial-domain signal processing for mitigation of interference signals in
receivers of global navigation satellite systems (GNSS) allows for improvement of the overall …

This paper addresses the signal acquisition problem in the presence of interferences using
antenna arrays in the general framework of Global Navigation Satellite Systems receivers …

This paper presents the conceptual design of a compact 2× 2 array receiver for GNSS
applications. Besides mere miniaturization, the goal of this work is also investigation on …

In this work an eigenspace method for interference detection and mitigation is presented.
Several problems arise when using the SVD-based algorithm in single antenna GNSS …

The focus of the paper is on practical aspects of the array calibration in adaptive antennas
used in receivers of Global Satellite Navigation Systems (GNSS) for mitigating radio …

Navigating in the Galileo test environment with the first GPS/Galileo multi-antenna-receiver
Page 1 Navigating in the Galileo Test Environment with the first GPS/Galileo Multi-Antenna-Receiver …

This Dissertation addresses the signal acquisition problem using antenna arrays in the
general framework of Global Navigation Satellite Systems (GNSS) receivers. The term …

Durch das Abschalten der künstlichen Verschlechterung des GPS-Signals im Jahr 2000 und
die Fortschritte in der digitalen und analogen Halbleitertechnik hat die Verbreitung von …

This Dissertation addresses the signal acquisition problem using antenna arrays in the
general framework of Global Navigation Satellite Systems (GNSS) receivers. The term …