Psy 3 Flashcards

(52 cards)

1
Q

Prelinguistic Communication

A
  • Vocalizations, crying, cooing, babbling
  • Anything before producing communicative intent
  • 8 months: gesturing is intentional
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2
Q

DeCasper and Spence (1986): prenatal learning

A

• Mothers-to-be who were read Dr. Seuss aloud - infants hearing the familiar story increased sucking rate

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3
Q

Child-directed speech

A
  • “Motherese” – to get and maintain the attention of children
  • Higher in pitch, more variable, more exaggerated, concrete referents, directive utterances
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4
Q

Development of Communicative Intent

A

Waiting –> persistence –> development of alternative plans

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5
Q

Fis phenomenon (Berko and Brown)

A
  • Children at 12 months can make more phonetic distinctions than they can produce
  • Reading during pregnancy: prenatal learning and retention
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6
Q

Categorical perception in infants

A

• Infants able to perceive phonetic differences between phonemes from ANY language : until ~12 months

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7
Q

Werker and Tees (1984)

• Study of phonemic distinction during infancy

A

o 1 month: the developmental decline in ability to distinguish between different phonemes in all languages
o 6-8 months: highly sensitive to phonemic distinctions
o 8-10 months: considerable decline
o 10-12 months: essentially unable to perceive non-native phonemic contrasts

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8
Q

Development of phonemic and word boundaries, Saffran et al. (1996) , Marcus et al. (1999)

A

• Saffron – evidence of statistical learning

  • infants were given string of nonsense syllables “Bidakupadotigolabubidaku” with some syllables being more likely to coincide than others
  • infants used transitional probabilities to detect statistical irregularities in syllable order in only two minutes of speech
  • Transition from /pre/ to /ty/ > /ty/ to /ba/

• Marcus: rule learning

  • infants demonstrated evidence of learning the rule (ABA vs. ABB pattern) even when training stimuli were based on different phonemes
  • applied the concept (RULE) to new sequences
  • ABA: /wo/fe/wo/
  • ABB: /wo/fe/fe/
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9
Q

Statistical vs rule learning

A
  • Statistical: certain sounds more likely to occur together – infants sensitive to these probabilities
  • Rule: infants use statistical learning to form an understanding of underlying grammatical rules
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10
Q

Babbling

A
  • 4-6 mo: infant spontaneously utters intentional but nonsense sounds (“bah” “dah” “pah”)
  • Deaf babies sign babble (!)
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11
Q

Re-duplicated babbling

A

• 6-10 mo: same syllable repeated (“bababababa”)

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12
Q

Variegated babbling

A

• 11-12 months: sequences of varying consonants and vowels

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13
Q

Idiomorphs

A

• Invented “words” that children use to refer to familiar things

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14
Q

Fast mapping

A

• Infants are able to learn new words very quick (single exposure); rapid word acquisition

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15
Q

Over/Underextensions

A

• Overextensions: including too many words in word classes (anything 4-legged = dogs, all round objects = moon)

  • Context bound – specific action/situation (only say “duck” when hitting toy duck off bathtub)
  • Referential – certain subset (clock when referring to wall clock)
  • Occur in 1/3 of first 75 words

• Underextensions: using word in more restrictive way (“where’s the shoes?” – only referring to mother’s shoes)

  • Categorical – higher order category (“dada” for mother, “truck” for bus)
  • Analogical – no clear categorical relation
  • – Perceptual – “tick tok” for sound of water
  • – Functional – “hat” for basket on head
  • – Affective – “hot” for object that’s forbidden to touch
  • Less frequent / harder to detect
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16
Q

Holophrase

A

• Single word that’s used to express complete, meaningful thought (juice, go, food)

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17
Q

Syntactic growth, MLU

A
  • MLU (mean length of utterance): average number of morphemes per sentence
  • 2 year old: important to get their attention
  • Production reflects Behavior, which can be measured “relatively” easily
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18
Q

Speech production stages

A

• STAGE 1: 0-2 mo.
Reflexive vocalizations, crying

• STAGE 2: 2-4 mo
Cooing (oooo, ahhhhhh)

• STAGE 3: 4-6 mo
Babbling (bah, dah, pah)
No meaning, phonetic info
Deaf infants – sign language babble

• STAGE 4: 6-10 mo
Reduplicative babbling (bababababa)

• STAGE 5: 10-14 mo
Non-reduplicative babbling (oollaaaa, bida)
Diff syllables combined
Sounds language-like

• STAGE 6: 1st birthday 
First words (Dada, mama, go)

•18 mo
15-20 words

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19
Q

Multiword utterances, telegraphic speech

A
  • 2 y/o

* Early speech stage in which a child speaks using mostly nouns and verbs and eliminates function words

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20
Q

Preferential looking and infant sucking procedures

A
  • Preferential fixation task: infants control duration of stimulus presentation by looking at the blinking light more for a novel pattern, suggesting acquisition for the repeated pattern
  • More frequent/intense sucking = recognition of novel stimulus
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21
Q

Overregularizations / overgeneralizations

A

• When a child applies a linguistic rule to cases that are exceptions to the rule (ex. goed and breaked)

22
Q

Assertions/requests

A

assertion: Use of an object as a means of obtaining adult attention

Requests: Use of adult as a means to an object

23
Q

Piaget’s stages of development

A

0-2 y: sensorimotor
Coordination of senses, object permanence (know an object exists even when they can’t see it)

2-7: preoperational
Symbolic thinking, proper syntax and grammar to express full concepts, imagination, conservation developed (water in 2 diff. containers)

7-11: concepts attached to concrete situations, time/space/quantity understood

11+: hypothetical/theoretical thinking, abstract logical and reasoning, concepts learned in one context and applied to others

24
Q

Representation

A

Ability to attach symbols (words) to referents/concepts

25
Categorical perception is ____
innate
26
Development of Metalinguistic awareness
• Ability to think about language as a system - Language is tangible thing (words can be studied, not only communication) - This sentence is grammatically incorrect because this word needs an “s”, etc. • Kids asked to say a long word: “train” - Don’t separate word from reference
27
Classroom discourse
language that teachers and students use to communicate with each other in the classroom
28
Development of narrative skills
total number of cohesive ties increased with age and MLU
29
Cognitive consequences of bilingualism
• Heightened (speed up) metalinguistic awareness - Bilingual children – slower to become fluent, but understand language as a tangible thing than monolinguals • interference in bilingual children at phonological, syntactic, and lexical levels • tasks requiring mental or symbolic flexibility SUPERIOR to monolinguals
30
Species Specific Learning Device
* not simply statistical learning – grammar type learning device * rule learning
31
Birdsong’s relationship to human language development
* "subsong" is equivalent to human babbling * birds in different areas learn different dialects of the same song * if bird is deafened after song has developed, it has no effect on motor output * left half of brain in bird is more involved in song (connection is IPSILATERAL)
32
Critical period for Language Learning
The time during which language develops readily and after which (sometime between age 5 and puberty; age 12 at latest) language acquisition is much more difficult and ultimately less successful
33
Genie
• Neglected child – isolated from 20 months – almost 14 y/o - Extremely impoverished environment, extremely social and physical problems - No language • Tried to teach her language – extraordinary rate of vocab acquisition • Problems w/ syntax (use of auxiliary verbs, passive/active transformations)
34
Genie Dichotic Listening Study
• Demonstrated left- ear advantage (better able to understand what’s coming in from the left) - Linguistic & non-linguistic information - Language was lateralized in right hemisphere • Most right-handed people: right-ear advantage (contralateral processing – language: L. hemisphere)
35
Basic neuroanatomy, lobes, hemispheres, gyri, sulci
• 2 hemispheres: right & left • 4 lobes - Temporal: Perception/recognition of auditory stimuli - Frontal: Higher thinking & lang production - Occipital: vision - Parietal: Least involved in language perception/production • Corpus callosum: Bundle of nerve fibers connecting the hemispheres • Cortex: quarter-inch membrane covering the brain; Higher cognition • Gyri - hills • Fissures - valleys - Sylvian Fissure (separates temporal and frontal lobes)
36
Broca’s, Wernicke’s, Arcuate Fasiculus
• Broca’s aphasia: impaired speech production with intact language comprehension; due to damage to Broca's area • Wernicke’s: impaired language comprehension with intact speech production; due to damage to Wernicke's area • Arcuate fasciculus: bundle of axons (white matter) that connects Wernicke's area with Broca's area - Conduction aphasia: impaired ability to repeat words with intact speech production and comprehension; due to damage to arcuate fasciculus
37
Auditory Cortex, Motor Cortex
* Auditory: area of temporal lobe responsible for processing sound information * Motor: area at rear of frontal lobe controlling voluntary movements
38
Neuroanatomical flow of information in word production
* Wernicke’s : select word from mental lexicon * Arcuate fasiculus : send phonetic info to Broca’s area * Broca’s : interprets info from AF; sends articulatory info * Motor cortex : directs muscles for articulation
39
(Contra) Lateralization
* Specialization of function in one hemisphere of the cerebral cortex or the other * Contralateral control: each hemisphere of the brain controls the opposite side of
40
Frontotemporal Dementia
• Deficits in executive functions such as planning, problem solving, and goal-directed behavior as well as recognition and comprehension of emotions in others
41
Kim et al., (1997) bilingual imaging study
• Broca's area in late bilingual had two separate areas of activation for each language, but in early bilinguals, the two language areas overlapped
42
Alexia, agraphia
alexia: inability to understand written words agraphia: inability to write
43
Differentiation
• Number of words in a given domain in one’s lexicon
44
Sapir-Whorf hypothesis
* Different language shape different thought patterns * Whorf argued that while English has one word for snow, Eskimos have multiple * Unclear whether Eskimos have a more highly differentiated snow domain than English speakers
45
Linguistic relativity hypotheses
* Linguistic determinism (strong version): language determines the way we think - the presence of linguistic categories creates cognitive categories * Linguistic relativity (weak): speakers of different languages think in different ways depending on how the language shapes cognition - presence of linguistic categories influences the ease with which we perform various cognitive operations
46
Color Perception
• Basic color terms: consist of only one morpheme (ex. blue vs. blue-green); are not contained within another color (ex. crimson vs. red); are not restricted to a small number of objects (ex. blonde = hair) • Hierarchy of colors: black/white, red, yellow/green, blue, brown, purple/pink/orange/grey • Color perception depends on the terms we USE TO IDENTIFY THEM: - Kay and Kempton (1984): compared performance of English speakers and Tarahumara - Tarahumara did not clearly distinguish between blue and green (they only have a word for our blue-green)
47
Grammatical Gender
• Boroditsky: effects of grammatical gender on physical descriptions of different nouns • bridge = feminine in German, masculine in Spanish Germans: used stereotypically feminine words "elegant", "beautiful" Spanish: used stereotypically male words "strong", "sturdy" • key = masculine in German, feminine in Spanish Germans: used stereotypically masculine words "hard", "jagged" Spanish: used stereotypically feminine words "little", "shiny"
48
Form, Animacy, Discreteness
• Form: Carroll and Casagrande (1958): compared Navajo and English children on how they grouped objects together (color vs. form) - Navajo children grouped objects on the basis of form at an earlier age than English-speaking children • Animacy: whether the referent of the noun phrase is alive or not • Discreteness: whether the referent is an object with definite outlines or boundaries
49
Absolute terms | relative
absolute: Location of an object in space regardless of location of a person relative: relationship between object in space and person
50
Space and time representation
• English: Time as horizontal • Mandarin: time as horizontal and vertical • Boroditsky (2001): English vs. Mandarin speakers were faster to conclude that March comes before April with… - Mandarin speakers: faster to respond to time question after vertical primes - English speakers: faster to respond to time question after horizontal primes
51
Counterfactual reasoning
• alternative possibilities -- “if y has (not) happened, then x would have (not) happened” - Easier in ENGLISH, less easily marked in Chinese - Bloom found that Chinese speakers (in Chinese) showed poorer comprehension of counterfactual text than English speakers - Au reported no findings - Weird • ability to theorize about an event that is untrue/contrary to fact
52
Zipf’s law
• Length of a word is negatively correlated with its frequency of usage