12–16 Jun 2016
Gothenburg, Sweden
Europe/Amsterdam timezone

Session

Session 5: DSP Software and Applications

16 Jun 2016, 09:05
Gothenburg, Sweden

Gothenburg, Sweden

Conveners

Session 5: DSP Software and Applications

  • Olivier NOTEBAERT (Airbus Defence and Space)

Presentation materials

There are no materials yet.

  1. Dr Javier Jalle (Cobham Gaisler)
    16/06/2016, 09:05
    DSP Day: DSP software, tools and libraries
    ***ABSTRACT*** The GR740 microprocessor device is a SPARC V8(E) based multi-core architecture that provides a significant performance increase compared to earlier generations of European space processors. The device is the result the European Space Agency's initiative to develop a European Next Generation Microprocessor (NGMP). Engineering models have been manufactured in 2015 and tested...
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  2. Mr Armin Luntzer (University of Vienna)
    16/06/2016, 09:35
    DSP Day: DSP software, tools and libraries
    A common problem of space missions is the limited processing power of available space-qualified hardware. In recent years, ESA has been pursuing the development of an ITAR-free next generation payload processor. One of the outputs of this effort is a prototype SoC called the MPPB (Massively Parallel Processor Breadboard) developed by Recore System and built around the Very...
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  3. Mr Jamin Naghmouchi (TU Braunschweig)
    16/06/2016, 10:05
    DSP Day: COTS DSP chips and boards
    ABSTRACT The evolution of the Earth Observation mission is driven by the development of new processing paradigms to facilitate data downlink, handling and storage. Next generation planetary observation satellites will generate a great amount of data at a very high data rate, for both radar based and optical core applications. Real-time onboard processing can be the solution...
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  4. Mr Diego Suarez (Technische Universität München)
    16/06/2016, 10:35
    DSP Day: DSP software, tools and libraries
    ## Introduction## Stream processing, widely used in communications and digital signal processing applications, requires high-throughput capabilities that is achieved in most cases using ASIC designs. But, lack of programmability is an issue especially in space applications, which use on-board components with long life-cycles requiring applications updates. On the other hand, FPGA allows...
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