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Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington The Speech Cycle Signal is initiated in speaker’s brain Signal articulated by the speech organs Sound waves travel through the air motor neurons feedback loop Listener detects the sound waves Signal is interpreted by listener’s brain ear ear sensory neurons sensory neurons Mental Level Physiological Level Acoustic Level Physiological Level Mental Level

The Speech Cycle - University of Washington

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Page 1: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

The Speech Cycle

Signal is initiated in speaker’s brain

Signal articulated by the speech organs

Sound waves travel through the air

motor neurons

feedback loop

Listener detects the sound waves

Signal is interpreted by listener’s brain

ear

ear

sensory neurons

sensory neurons

Mental Level

Physiological Level

Acoustic Level

Physiological Level

Mental Level

Page 2: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

The Speech Cycle 1. Signal initiates in

speaker’s brain

2. Signal articulated by the speech organs

3. Sound waves travel through the air

motor neurons

sensory neurons feedback loop

4. Listener detects the sound waves

sensory neurons

5. Signal interpreted by listener’s brain

ear

ear

ALTERNATE VERSION

Page 3: The Speech Cycle - University of Washington

Vowel Articulations Overlay

i ɪ ɛ æ a ʊ u

STATIC VERSION

Page 4: The Speech Cycle - University of Washington

Vowel Articulations Overlay

i ɪ ɛ æ a ʊ u

This slide is animated

Page 5: The Speech Cycle - University of Washington

English Consonant Places of Articulation

palatal / j /

velar / k ɡ ŋ /

Postalveolar Region palatoalveolar / ʃ ʒ ʧ ʤ / retroflex / ɹ /

alveolar / t d n s z l ɾ /

bilabial / p b m w /

glottal / ʔ h /

labiodental / f v /

interdental / θ ð /

Page 6: The Speech Cycle - University of Washington

Graphics Repository States of the Glottis

modal

voiceless - narrow

breathy creaky

voiceless - wide

Page 7: The Speech Cycle - University of Washington

Graphics Repository Ear Diagram

Page 8: The Speech Cycle - University of Washington

Graphics Repository Medium Head

Page 9: The Speech Cycle - University of Washington

Graphics Repository Large Head

Page 10: The Speech Cycle - University of Washington

Graphics Repository Large Oral/Nasal Tract

Page 11: The Speech Cycle - University of Washington

Graphics Repository Anterior Oral Tract

Page 12: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

Graphics Repository Alveolar Click Sequence

Page 13: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

Graphics Repository Bilabial Stops

p m b

Voicing is indicated by “wavy” glottis edges

Page 14: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

Graphics Repository Alveolar Stops

t n d

Voicing is indicated by “wavy” glottis edges

Page 15: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

Graphics Repository Palatal Stops

c ɲ ɟ

Voicing is indicated by “wavy” glottis edges

Page 16: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

Graphics Repository Velar Stops

k ŋ ɡ

Voicing is indicated by “wavy” glottis edges

Page 17: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

Graphics Repository Uvular Stops

q ɴ ɢ

Voicing is indicated by “wavy” glottis edges

Page 18: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

Graphics Repository Labiodental and Interdental Fricatives

f ð v θ

Voicing is indicated by “wavy” glottis edges

Page 19: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

Graphics Repository Alveolar Fricatives

s z z s

Voicing is indicated by “wavy” glottis edges

Page 20: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

Graphics Repository Palatoalveolar Fricatives

s ʂ z ʃ

Voicing is indicated by “wavy” glottis edges

Page 21: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

x ɣ

Graphics Repository Palatal and Velar Fricatives

ʝ ç

Voicing is indicated by “wavy” glottis edges

Page 22: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

Graphics Repository Uvular and Pharyngeal Fricatives

χ ʕ ʁ ħ

Voicing is indicated by “wavy” glottis edges

Page 23: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

Graphics Repository Vowel Articulations 1

i ɛ ɪ æ

Page 24: The Speech Cycle - University of Washington

Linguistics 450/550: Introduction to Phonetics Slides by Richard Wright & Dan McCloy, University of Washington

Graphics Repository Vowel Articulations 2

ʊ u a

Page 25: The Speech Cycle - University of Washington
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Page 27: The Speech Cycle - University of Washington