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Erratum: electromagnetic articulographic assessment of articulatory kinematics in children, adolescents, and adults (2014) 16 (68-75) DOI 10.1179/2050571X13Z.0000000008)
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Effect of speech loudness manipulations on articulatory dynamics in severe traumatic brain injury
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Determining the optimal current direction of transcranial magnetic stimulation to induce motor responses in the tongue: a preliminary study of neurologically healthy individuals
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Investigating the neural basis of stuttering using transcranial magnetic stimulation: Preliminary case discussion
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A kinematic investigation of speaking rate changes after traumatic brain injury
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Developmental changes in the variability of tongue and lip movements during speech from childhood to adulthood: An EMA study
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Effects of increased loudness on tongue movements during speech in nondysarthric speakers with Parkinson's disease
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Kinematic analysis of articulatory coupling in acquired apraxia of speech post-stroke
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In: Special Education and Communication Disorders Faculty Publications (2009)
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Kinematic analysis of articulatory coupling in acquired apraxia of speech post-stroke
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Electropalatographic (EPG) assessment of tongue-to-palate contacts in dysarthric speakers following TBI
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Examining the effects of multiple sclerosis on speech production: Does phonetic structure matter?
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An EMA analysis of the effect of increasing word length on consonant production in apraxia of speech: A case study
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Introducing the pressure-sensing palatograph - the next frontier in electropalatography
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Effects of speaking rate on EMA-derived lingual kinematics: a preliminary investigation
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Abstract:
Electromagnetic articulography (EMA) was used to investigate how tongue movement characteristics (i.e., velocity, acceleration, duration, distance) change with. or indeed affect, increased rates of speech. Eight young adult males repeated /ta/ and /ka/ syllables first at a moderate rate that had been modelled at three syllables per second, and then 'as fast as possible'. Distance travelled by the tongue appeared to be the principal lingual kinematic feature manipulated by the group of speakers in producing increased syllable repetition rates, with velocity found to increase, decrease or remain unchanged. Acceleration remained unchanged, except in the case of increased velocity. One participant formed an exception in terms of manipulating distance by exhibiting marginally increased lingual velocities rather than distance changes. This preliminary study serves to direct future EMA-based studies of speech rate control as to the speech tasks that should be employed and the possible underlying anatomical and acoustic bases or constraints that could possibly influence the kinematic strategies employed to increase speech rate.
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Keyword:
321025 Rehabilitation and Therapy - Hearing and Speech; 730303 Occupational; Applied Linguistics; C1; Electromagnetic Articulography; Lingual Kinematics; Linguistics; Movement Velocity; Rate; Rehabilitation; speech and physiotherapy
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URL: https://espace.library.uq.edu.au/view/UQ:65619
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Kinematic analysis of tongue movements in dysarthria following traumatic brain injury using electromagnetic articulography
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