The design of for Galileo receivers is driving the research towards novel architectures with improved capabilities. In this paper the specific aspect of robustness to the presence of multipath is addressed, introducing a novel architecture for code tracking loops. Such a scheme aims at tracking in a separate way the multipath components in order to cancel them from the input signal. The architecture has been named “Turbo Delay Lock Loop” being based on an iterative procedure boosting the tracking performance after a transient time. The paper theoretically describes the architecture and presents simulation results demonstrating the improvedcapabilities with respect to common DLL-based code loops. The Turbo DLL architecture has...
In this paper the choice of DLL parameters is studied with special focus on multipath and Doppler se...
The ever-increasing public interest on location and positioning services has originated a demand fo...
This paper brings additional light on the previously proposed two-step tracking algorithm for E1 CBO...
In this paper a detailed evaluation of the performance of the architecture named “Turbo Delay Lock L...
In this paper a detailed evaluation of the performance of the architecture named "Turbo Delay Lock L...
In this study a new multipath mitigation architecture for satellite navigation receiver, named coupl...
In this study a new multipath mitigation architecture for satellite navigation receiver, named coupl...
Multipath propagation in urban and indoor environments is one of the factors limiting the accuracy o...
Multipath propagation in urban and indoor environments is one of the factors limiting the accuracy ...
In this paper a novel multipath mitigation architecture for satellite navigation receiver, named Co...
In this paper the choice of DLL parameters is studied with special focus on multipath and Doppler se...
In this paper the choice of DLL parameters is studied with special focus on multipath and Doppler se...
In this paper the choice of DLL parameters is studied with special focus on multipath and Doppler se...
In this paper the choice of DLL parameters is studied with special focus on multipath and Doppler se...
International audienceIn urban environments, standalone GNSS receivers can be strongly affected to t...
In this paper the choice of DLL parameters is studied with special focus on multipath and Doppler se...
The ever-increasing public interest on location and positioning services has originated a demand fo...
This paper brings additional light on the previously proposed two-step tracking algorithm for E1 CBO...
In this paper a detailed evaluation of the performance of the architecture named “Turbo Delay Lock L...
In this paper a detailed evaluation of the performance of the architecture named "Turbo Delay Lock L...
In this study a new multipath mitigation architecture for satellite navigation receiver, named coupl...
In this study a new multipath mitigation architecture for satellite navigation receiver, named coupl...
Multipath propagation in urban and indoor environments is one of the factors limiting the accuracy o...
Multipath propagation in urban and indoor environments is one of the factors limiting the accuracy ...
In this paper a novel multipath mitigation architecture for satellite navigation receiver, named Co...
In this paper the choice of DLL parameters is studied with special focus on multipath and Doppler se...
In this paper the choice of DLL parameters is studied with special focus on multipath and Doppler se...
In this paper the choice of DLL parameters is studied with special focus on multipath and Doppler se...
In this paper the choice of DLL parameters is studied with special focus on multipath and Doppler se...
International audienceIn urban environments, standalone GNSS receivers can be strongly affected to t...
In this paper the choice of DLL parameters is studied with special focus on multipath and Doppler se...
The ever-increasing public interest on location and positioning services has originated a demand fo...
This paper brings additional light on the previously proposed two-step tracking algorithm for E1 CBO...