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Production. Language and Psychology. Levelt’s Model (1989). How is speech initially conceptualized?. CONCEPTUALIZATION. David McNeill’s Model: Conceptualization. Test of the model. Synchronization test of image and speech Where’s my briefcase ? There’s your briefcase. Problems.
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Production Language and Psychology
How is speech initially conceptualized? CONCEPTUALIZATION
Test of the model • Synchronization test of image and speech • Where’s my briefcase? • There’s your briefcase.
Problems • The process of how imagistic and syntactic thoughts are initially conventionalized are unclear.
FORMULATION: THE EVENTUAL OUTPUT OF SPEECH CONCEPTUALIZATION
How to observe the formulation process • Speech errors
What do speech errors tell us? • Speech errors reveal possible processes of speech formulation from thoughts to language. • “Speech errors allow us to peek in on the production process because we know what the speaker intended to say, but the unintentional mistake freezes the production process momentarily and catches the linguistic mechanism in one instance of production” (Scovel, 2009, p. 32). • Speech is psychologically real. • We make errors within the framework of language structure.
Slips of the tongue/spoonerism • A type of speech errors which shows how speech is intended to be formulated. • You have hissed all my mystery lectures. • You have missed all my history lectures.
The Freudian explanation • The emergence of suppressed ideas from sub- consciousness to consciousness. • The breast in bed/the best in bread
The psycholinguistic explanation 1 • Mostly from the similar linguistic environments • The little burst of beaden (beast of burden) • You enjoyed your nife lite (night life)
The psycholinguistic explanation 2 • Generally accord with linguistic rules of the language • Phonological rules • Slickery (slick + slippery) • Morphological rules • Rules of word formation (word of rules formation) • Sesame seed crackers (sesame street crackers)
Printing out human voices ARTICULATION
Are the chest, the throat, and the mouth simply designed for biological functions? • To eat food • To breathe the air • To articulate speech?
Evolutionary modification: Larynx • the position of larynx • Low in human beings – high in other animals
Why lower larynx? • To create a new source of sound • Pharyngeal sound • To create more sounds
How do sounds pop out of the mouth after conceptualization and formulation? • Motor control of speech • When an idea is conceptualized and linguistically formulated, the brain commands the systems responsible for speech production. • Speech system • The respiratory system • Laryngeal system • Vocal tract
Coarticulation • Different speech organs work together to produce sounds. • Anticipatory coarticulation • Boo [bu], bark [ba-] • Perseveratory coarticulation • Its [its] • Dogs [z], cats [s]
How do we know we self-monitor? • We correct our speech errors/mistakes immediately. • Hesitation
Fact: • Native speakers do not make ‘errors’. They make ‘mistakes’. • Non-native speakers make ‘errors’.
Insights • Speakers are intuitively aware of the production process. • Speakers often self-edit or self-repair the output during the process of production • Competence vs. performance
Self-repairs (Levelt, 1989) • Instant repairs • Replace with the correct word • Again left to the same blank crossing point-white crossing point. • Anticipatory retracings • The speaker retraces back to some point prior to the error. • And left to the purple crossing point-the the red crossing point. • Fresh starts • Just start over • From yellow down to brown-no-that’s red.
Hesitations • Uh, um, let me see, you know, well. • I think it costs about…uh….20 dollars. • They must…uh…meet in the library.
Do we stop at any point of the sentence? • Hesitations are rule-governed. • I think Mary is….you know…a pretty girl. • They must…uh…meet in the library.