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A parallel signal processor system

W. Gass, R.T. Tarrant, George R. Doddington

Open publisher page 4 citations

Abstract

As digital signal processor (DSP) devices become more prevalent, a need has developed to support not only dedicated, single device applications, but also to provide system architectures which support multiple DSP requirements. Multiple, or parallel. DSP systems can quickly leverage the power of single devices into powerful processors capable of solving the most complex signal processing problems. This paper describes a specific implementation of a multiple DSP system which is being used to solve a problem in speech recognition.

About this research paper

What this paper is about

As digital signal processor (DSP) devices become more prevalent, a need has developed to support not only dedicated, single device applications, but also to provide system architectures which support multiple DSP requirements. Multiple, or parallel. DSP systems can quickly leverage the power of single devices into powerful processors capable of solving the most complex signal processing problems. This paper describes a specific implementation of a multiple DSP system which is being used to solve a problem in speech recognition.

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Method / approach

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Available abstract

As digital signal processor (DSP) devices become more prevalent, a need has developed to support not only dedicated, single device applications, but also to provide system architectures which support multiple DSP requirements. Multiple, or parallel. DSP systems can quickly leverage the power of single devices into powerful processors capable of solving the most complex signal processing problems. This paper describes a specific implementation of a multiple DSP system which is being used to solve a problem in speech recognition.

Key concepts: Digital signal processing, Computer science, Digital signal processor, Texas Instruments DaVinci, Signal processing, Leverage (statistics), Embedded system, Computer hardware

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