The acquisition engine is the most critical block within a Global Navigation Satellite Systems
(GNSS) receiver as all subsequent blocks in the receiver chain depend on it. To that end, an …

The aim of this paper is to present an acquisition strategy for Global Navigation Satellite
System (GNSS) signals exploiting aiding information provided by GNSS receivers in a Peer …

The first processing block within a Global Navigation Satellite Systems (GNSS) receiver is
the acquisition engine. As it may represent a bottleneck for subsequent blocks in the …

To improve the performance of GNSS receivers in hostile environments, we consider a
Cooperative Positioning approach, where receivers exchange data and information with …

This paper considers the possibility to integrate external altitude measurements with a
Kalman based Global Navigation Satellite System (GNSS) receiver in a peer to peer …

Modernized GPS and the new European satellite system, Galileo, specify the use of
pseudorandom (PRN) codes of much higher spreading factors than the traditional C/A GPS …

Modern Global Navigation Satellite Systems (GNSS) are going to provide new signals with
longer PRN codes and higher chipping rates, which aim to improve the positioning …

This paper introduces the concept of peer-to-peer cooperation as an aiding technique in
GNSS positioning and addresses the impact of the presence of professional receivers in the …

Aim of this paper is to investigate the benefits of different P2P aiding information related to
the satellites in view on an acquisition strategy tailored to Galileo E1 receivers. The basic …

In the GNSS navigation system, the acquisition speed of the pseudorandom code will impact
the overall performance of the receiving system seriously. A rapid acquisition method of …