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Extensions to the Speech Disorders Classification System (SDCS). | LitMetric

AI Article Synopsis

  • The report presents three extensions to the Speech Disorders Classification System (SDCS) aimed at improving the diagnosis of pediatric speech sound disorders, including distinguishing between motor speech disorders and speech delays.
  • Part I focuses on classifying different sub-types of motor speech disorders, while Part II showcases the Madison Speech Assessment Protocol (MSAP), a comprehensive 2-hour assessment involving 25 measures.
  • Part III introduces the Competence, Precision, and Stability Analytics (CPSA) framework, which utilizes around 90 indices to help quantify and classify Speech Sound Disorders (SSD), highlighting the reliability of the SDCS methods alongside a companion paper that supports their effectiveness in diagnostics.

Article Abstract

This report describes three extensions to a classification system for paediatric speech sound disorders termed the Speech Disorders Classification System (SDCS). Part I describes a classification extension to the SDCS to differentiate motor speech disorders from speech delay and to differentiate among three sub-types of motor speech disorders. Part II describes the Madison Speech Assessment Protocol (MSAP), an ∼ 2-hour battery of 25 measures that includes 15 speech tests and tasks. Part III describes the Competence, Precision, and Stability Analytics (CPSA) framework, a current set of ∼ 90 perceptual- and acoustic-based indices of speech, prosody, and voice used to quantify and classify sub-types of Speech Sound Disorders (SSD). A companion paper provides reliability estimates for the perceptual and acoustic data reduction methods used in the SDCS. The agreement estimates in the companion paper support the reliability of SDCS methods and illustrate the complementary roles of perceptual and acoustic methods in diagnostic analyses of SSD of unknown origin. Examples of research using the extensions to the SDCS described in the present report include diagnostic findings for a sample of youth with motor speech disorders associated with galactosemia, and a test of the hypothesis of apraxia of speech in a group of children with autism spectrum disorders. All SDCS methods and reference databases running in the PEPPER (Programs to Examine Phonetic and Phonologic Evaluation Records) environment will be disseminated without cost when complete.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2941221PMC
http://dx.doi.org/10.3109/02699206.2010.503006DOI Listing

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