The objective of this paper is to provide a high-level process of designing and implementing an Audio Algorithm, specifically written for Soc’s multi-core, low-power audio processing DSP processors.

The Odd Discrete Fourier Transform (ODFT) is used in many modern audio codecs which employ the Modified Discrete Cosine Transform (MDCT) for efficient signal representation. The ODFT is used ...

1. The Cirrus Logic CS35L45 smart power amplifier for mobile devices incudes a DSP engine that implements adaptive, enhanced algorithms for “bigger” sound in the context of battery status.

Here’s a spreadsheet (after all, this is the DSP Spreadsheet series of articles) that uses the XLMiner Analysis Addon to do Fourier transforms. The sample frequency is 1024Hz so each bucket ...

DSP Concepts is the Silicon Valley based leader in the Audio of Things (AoT) market and the creator of Audio Weaver, the audio experience design platform that makes audio innovation easy. DSP ...

Finally, in the 2010s, cloud computing exploded, and the new infrastructure made training algorithms much easier and cheaper. All of these breakthrough technologies are now essential tools in the ...

Cyberon, an embedded speech solution provider, and Andes Technology, a supplier of 32/64-bit RISC-V processor cores, are collaborating on an edge-computing voice recognition solution, the Cyberon ...

DSP Concepts, a startup offering audio algorithm design tools to help companies reduce development time, has raised $14.5 million. Skip to main content Events Video Special Issues Jobs ...

MOUNTAIN VIEW, Calif., - November 10, 2014 – CEVA, Inc. (NASDAQ: CEVA), the leading licensor of DSP-based IP platforms for vision, audio, communications and connectivity and IRIDA Labs, a leading ...

SANTA CLARA, Calif.--(BUSINESS WIRE)--DSP Concepts, Inc., a developer of embedded audio DSP solutions, has announced multicore support for its Audio Weaver ® modular programming software.

Artificial Intelligence, the sheer force that’s been transforming industries after industries, is going to make even bigger leaps if we can adapt our algorithms to capture the untapped computing ...