In this article we present the concept of a FPGA-based GPS receiver architecture with the aim of providing a framework for investigating new receiver architectures for current and upcoming GNSS standards. This development system facilitates researchers to prove new receiver concepts using real signals, which nowadays can only be simulated using tools such as Matlab. One will be able to work with the satellites as soon as they are operational, rather than having to wait for the availability of commercial products. The system allows individual development of signal processing solutions for base-band processing. A soft-core processor implements higher layer services that provide data to the user
The trend of space technology developments is moving from high power consuming, bulky and costly sys...
This paper describes the system architecture and implementation results of a robust and flexible dua...
The “Namuru ” field programmable gate array (FPGA) based receiver platform has been in development a...
In this paper we present the concept of an FPGA-based GPS receiver architecture with the aim of pro...
In this paper we present the concept of an FPGA-based GPS receiverarchitecture with the aim of provi...
This thesis was carried out in collaboration with SITAEL, the largest privately-owned Space Company ...
The use of GNSS receivers for on-board satellite orbit determination has become a common solution in...
With the recent launch of the first Galileo test satellite GIOVE-A, Europe made the first really imp...
The use of GNSS receivers for on-board satellite orbit determination has become a common solution in...
This paper reports the design and proof-of-concept implementation of hardware accelerator modules fo...
This paper reports the design and proof-of-concept implementation of hardware accelerator modules fo...
Satellite navigation has emerged to be one of our every-day technologies, like wireless communicatio...
Satellite navigation has emerged to be one of our every-day technologies, like wireless communicatio...
This paper reports the design and proof-of-concept implementation of hardware accelerator modules fo...
The trend of space technology developments is moving from high power consuming, bulky and costly sys...
The trend of space technology developments is moving from high power consuming, bulky and costly sys...
This paper describes the system architecture and implementation results of a robust and flexible dua...
The “Namuru ” field programmable gate array (FPGA) based receiver platform has been in development a...
In this paper we present the concept of an FPGA-based GPS receiver architecture with the aim of pro...
In this paper we present the concept of an FPGA-based GPS receiverarchitecture with the aim of provi...
This thesis was carried out in collaboration with SITAEL, the largest privately-owned Space Company ...
The use of GNSS receivers for on-board satellite orbit determination has become a common solution in...
With the recent launch of the first Galileo test satellite GIOVE-A, Europe made the first really imp...
The use of GNSS receivers for on-board satellite orbit determination has become a common solution in...
This paper reports the design and proof-of-concept implementation of hardware accelerator modules fo...
This paper reports the design and proof-of-concept implementation of hardware accelerator modules fo...
Satellite navigation has emerged to be one of our every-day technologies, like wireless communicatio...
Satellite navigation has emerged to be one of our every-day technologies, like wireless communicatio...
This paper reports the design and proof-of-concept implementation of hardware accelerator modules fo...
The trend of space technology developments is moving from high power consuming, bulky and costly sys...
The trend of space technology developments is moving from high power consuming, bulky and costly sys...
This paper describes the system architecture and implementation results of a robust and flexible dua...
The “Namuru ” field programmable gate array (FPGA) based receiver platform has been in development a...