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Implementing Professional Audio Effects with DSPs

    http://dsplabs.cs.upt.ro/~micha/publications/pdfs/2001_Jrnl__UPT_TACCS_Paper.pdf
    As result, a digital system to implement a professional audio processor needs to meet high-performance requirements: high-quality processing of multiple audio channels, real-time operation capability, stability, reliability and scalability [4]. On the other hand, as new audio effects are continuously developed, the audio processor must be able to implement them with little effort …

(PDF) Implementing Professional Audio Effects with DSPs

    https://www.researchgate.net/publication/236629475_Implementing_Professional_Audio_Effects_with_DSPs

    DSP AUDIO EFFECTS

      https://courses.physics.illinois.edu/phys406/sp2017/Student_Projects/Spring01/PPoongbunkor/Piya_Poongbunkor_DSP.pdf
      By digitizing an analog audio signal and using a DSP, an audio signal can be manipulated in an infinite amount of ways that can sound pleasing to the human ear and benefit the musician. A single DSP can do the work of hundreds of analog processors, and can do things that analog processors are unable to do, as well.

    Digital Audio Effect System‐on‐a‐Chip Based on Embedded ...

      https://onlinelibrary.wiley.com/doi/pdf/10.4218/etrij.09.1209.0029
      Implementation of a professional audio effect system by using a commercial digital signal processor (DSP) is described in [8]. The authors realized a total of nine audio effects in real-time in a software centric manner. They insisted that using DSPs is the most efficient implementation solution in signal-

    Accelerating complex audio DSP algorithms with audio ...

      https://www.embedded.com/accelerating-complex-audio-dsp-algorithms-with-audio-enhanced-dma/
      The answer to this question is yes, for two reasons. First, the numberof DMA channels in many high performance DSP engines limitsprofessional (pro) audio application. Second, because of the demandsfor high quality audio, traditional DMA in pro audio application oftenrequire more CPU involvement. Figure1.

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