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Macro-programmable DSP architecture for parallel/pipelined data pathunits, targeted for FFT based algorithms

Auteur(s)
Drollinger, Andreas
Editeur(s)
Heubi, Alexandre
Balsiger, Peter
Pellandini, Fausto
Date de parution
2000-10-16
In
Proceedings of the International Conference on Signal Processing, Applications and Technology (ICSPAT), International Conference on Signal Processing, Applications and Technology (ICSPAT), 2000///1-5
Résumé
A macro-programmable DSP architecture is presented, which is very well situated for the implementation of algorithms with regular data flow graphs, like FFTs. A smart grouping of the algorithm together with the macrocode concept reduce drastically the control and address generation overhead of the DSP and shorten the computation time. This is finally manifested in very low-power consumption, small DSP size, high throughput combined with a high flexibility of the DSP architecture.
URI
Autre version
http://lets-svr.unine.ch/spip/article.php3?id_article=33
Type de publication
Resource Types::text::journal::journal article
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