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In this paper we describe our work on the design and implementation of GNSS application on a multi-core platform. The emerging systems and advanced algorithm development create the need for flexibility for GNSS receiver, which cannot be met with currently widely used ASIC technology approach. Different technology solutions to meet the flexibility criteria, such as DSPs, and FPGAs are evaluated in...
Recently a lot of research has been going on in the field of Global Navigation Satellite System receivers. Only few projects have been providing open source hardware receivers. In this paper we present a university based GNSS receiver intended for open source release. The highly modular design of the receiver is described in detail. We also provide description of the software parts and advanced user...
In this paper we present a satellite navigation application for a multiprocessor platform. We give a preliminary description to the multiprocessor platform with an introduction to the project where it will be designed and implemented to a fabric die. The platform contains a matrix of processing tiles, connected together via a Network-on-Chip. The satellite navigation application is one of the streaming...
Satellite based navigation is a rapidly growing application of satellite systems. The research of the topic is lacking "open source" hardware receivers. Our group's purpose is to provide one. In this paper we outline the background to the topic, motivate the need for hardware receiver research and present the functional blocks for a generic GNSS receiver. Our implementations, with their...
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