Titlebook: Clear Speech; Technologies that En Frank Rudzicz Book 2016 Springer Nature Switzerland AG 2016

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https://doi.org/10.1007/978-3-319-64268-0The canonical use case for much speech technology is for individuals who are cognitively typical and therefore capable of abstract . but whose speech . are acutely atypical.

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Physical and Cognitive Foundations of SpeechWhen designing tools for specific speech pathologies, it can be very useful to understand some basics of how speech is produced and received both physically and in the brain. In this chapter we introduce speech production and perception generally (and very briefly), in terms of their physical biomechanics and neural aspects.

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Introduction,n manifest themselves physically (as in reduced control of the muscles of speech in cerebral palsy and Parkinson’s disease), cogni-tively (as in difficulty understanding words in autism and dyslexia), or both physically and cogni-tively (following, for example, cardiovascular stroke), according to t

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Math & Stats for Language Technologyscribing the motions of the physical articulators to mimicking auditory processes in artificial neurons. In order to make meaningful progress in our field of research, we often require a thorough familiarity with various statistical tools. This chapter surveys mathematical approaches that are releva

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Automatic Speech Recognition(ASR)pularity of this technology has risen and fallen since the 1960s, generally, but is currently robust enough to be used prominently by both desktop and mobile operating systems, at least for . speakers. However, many challenges remain for atypical speakers. If the statistical models inherent to moder

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