The days when digital signal processors were designed first, then fitted to the application, are long gone. The universe of DSP applications has grown so large that the "one-DSP-fits-all-needs" ...

Modern DSP applications must respond quickly to many external events, be able to prioritize processing, and perform many tasks at once. These complex applications are also changing rapidly over time, ...

カーオーディオシステムを本格化させようと思ったら、「DSP」が頼りになる。当特集ではそうである理由から選び方、そして活用法までを解説している。今回からは、「パワーアンプ内蔵DSP」という選択肢について考察していく。 メインユニットを換え ...

As strange as it might sound, one of the pleasures of the DSP market is that system designers continue to surprise us. When we develop a new digital signal processor chip, we generally have specific ...

Harnessing The Power Of DSPs Before semiconductor building blocks or single-chip solutions came on the scene, digital signal processing (DSP) problems, primarily in the military arena, were solved ...

Abstract: In this paper, a high performance reconfigurable coarse-grain data-path, part of a mixed-granularity reconfigurable platform, is presented. The computational resources are coarse grain ...

Abstract: In this paper a formalized methodology is presented for mapping behavioral DSP kernels onto a novel reconfigurable architectural template. The architectural template is generated by a design ...

As bandwidth requirements for applications increase at rapid rates, they depend on DSPs to provide the real-time signal processing. DSP applications that perform this real-time processing have hard ...