Lecture 8: Language development Flashcards

(52 cards)

1
Q

Steven Pinker

  • Language is an adaptation
A
  • Universal stages
  • Universal design
  • If children are put together they will develop their own language
  • Language and intelligence are doubly dissociable in disorders
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2
Q

Noam Chomsky

  • S-structure
  • D-structure
A
  • Nativist perspective
  • Universal grammar = prerequisites for acquisition of every language
  • S-structure = surface structure → the actual spoken sentence (different in different languages)
  • D-structure = deep structure → abstract representation of a sentence (universal grammar; the same in different languages)
  • Nature and active
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3
Q

Chomsky’s poverty of the stimulus argument

  • 5 points
A
  1. Language requires the ability to connect d-structure to s-structure
  2. Children only hear the s-structure → d-structure must be innate
  3. Language input is complex
  4. Children receive little feedback about grammar
  5. Children acquire language quickly and easily
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4
Q

Overregulation → showing the d-structure must be innate

A
  • When rules are applied to wrong situation
  • Up until the age of 7 children overregularise
  • Children apply syntactic rules (d-structure)
  • Explicit indication that language learning is not based on conditioning
  • Overregularise plurals (men = mans)
  • Overregularise past tense (hit = hitted)
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5
Q

Overgeneralisation

A

Creating a new verb by adding the suffix -ing (e.g. i am ballereening) based on the regularities in the language that they hear

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6
Q

Noam Chomsky:

  • Lack of feedback
A
  • Parents repeat ungrammatical sentences
  • Parents even reinforce ungrammatical sentences
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7
Q

Universal design of language

  • Criticism
A
  • Languages are too diverse and do not show universal design
  • Sophisticated vocabulary use with toddlers explains additional variation in children’s later vocabulary
  • Constructivist approach to language development (nurture and active)
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8
Q

Language development needs

  • 3 points
A
  • Universal grammar
  • Experience
  • General learning mechanisms
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9
Q

Language development

  • 4 systems
A
  • Pragmatic system
  • Phonological system
  • Syntactic system
  • Semantic system
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10
Q

Pragmatic system

A

Non-verbal communication
- Proto-conversations (before infant starts to talk)
- Involve many social, cognitive and motor skills

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11
Q

Pragmatic system

  • Development of system
A
  • Imitation
  • Initiating interactions
  • Maintaining conversations
  • Repairing faulty conversations
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12
Q

Pragmatic system

  • Shared intentionality
A

Shared intentionality = the ability and motivation to engage with others in collaborative, cooperative activities with joint goals and intentions

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13
Q

Phonological system

A

Produce and understand phonemes

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14
Q

Phonological system

  • Development of system
A
  • Motherese (higher pitch, exaggerated, slower, universal (also in sign language))
  • Children remember motherese better (and prefer it)
  • Interactive component
  • Deaf children show manual babbling (speech is not critical in babbling → tied to the abstract linguistic structure of language)
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15
Q

Phonological system

  • Categorical perception of speech sounds
A

Categorical perception of speech sounds → habituation-dishabituation study showed infants can distinguish between speech sounds (b and p)

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16
Q

Phonological system

  • Word segmentation in infants
A

Word segmentation in infants → Transitional probabilities = the probability that one syllable transits into another (example of statistical learning → general learning mechanism)

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17
Q

Phonological system

  • Habituation-dishabituation study
A

Habituation-dishabituation study → In the nonsense words different transitional probabilities were used in a string of words, then a new string with the same syllables but different transitional probabilities ad they showed dishabituation (meaning they noticed the change)

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18
Q

Phonological system

  • 5 Speech production stages
A
  1. Reflexive vocalisations (birth – 2 months) = first sounds produced by infants (cries, coughs, burps and sneezes)
  2. Cooing and laughing (2 – 4 months) = combine sounds
  3. Babbling and vocal play (4 – 6 months) = first controlled vocalisations
  4. Canonical babbling (6 – 10 months) = begin to produce sound combinations that sound like words (no evidence that infants actually attach meaning)
  5. Modulated babbling (10 months on) = sound combinations, stress and intonation patterns, and overlaps with the beginning of meaningful speech
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19
Q

Syntactic system

A

Grammar understanding
- One word period (10-18 months) = generally people-based, then object nouns, then action verbs
- Two word period (18-24 months) = children choose the words with the most meaning, but lack semantic word order
- Rapid improvement of syntax (after 24 months)

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20
Q

Syntactic system

  • Differences between 24 months and 36 months
A
  • The child’s utterances are longer
  • Higher number of morphemes
  • More complex speech (endings, past tense, conjucntions)
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21
Q

Semantic system

A

Understanding the meaning of words

22
Q

Semantic system

  • Children’s interpretation of a new word depends on
A
  • Existing semantic system
  • Existing knowledge of the world
  • Level of cognitive skills (e.g. understanding concepts)
  • Selective attention (e.g. gaze following)
23
Q

Children invent their own language

  • Pidgin
  • Deaf people
A

Pidgin → makeshift communicative system with little grammar
- Children did not passively copy pidgin
- Children quickly developed languages similar to existing languages

In deaf people → complex sign language emerge quickly and spontaneously

24
Q

Double dissociation

  • Wiliams syndrome
A

Wiliams syndrome = low IQ, but good language (and face recognition)
- Microdeletion on chromosome 7
- Very rare
- IQ mean = 56
- Impaired spatial and number cognition
- Language development starts late (5/6years)
- Ability to categorise is impaired
- Understanding of words = production of words (usually people understand more than they produce)

25
Double dissociation - Specific language impairment
Specific language impairment = normal/high IQ, but impaired language - Problems with motor development, number cognition and auditory processing - IQ significantly lower than siblings
26
Criticism from a constructivistic point of view
- Development of language in Williams syndrome is different from typical language development - Specific Language Impairment is not as specific as we may think
27
Why will dogs and cats never speak? - FOXP2 gene
- FOXP2 gene = mutation in families with language problems → this gene was conserved (only humans have) - Important for movement of the muscles around the mouth - Animals lack cognitive ability to decompose sounds into discrete units and recombine them in a new way
28
Development of reading - Morpheme - Bound morpheme - Phoneme
- Learning to read is much more difficult than learning to speak - Morpheme = smallest unit with meaning - Bound morpheme → -s (e.g. boy has 1 morpheme, while boys has 2 morphemes - Phoneme = smallest unit of speech that can change the meaning
29
Phonemic awareness
- The idea that words consistent of a sequence of phonemes does not come easily to young children (does not come naturally → rhyming does come naturally) - Letter sequences that always represent the same sound are easier to grasp
30
Dyslexia
- Lack of phonemic awareness plays an important role in dyslexia - Lack of orthographic transparency in English (directly how its language maps its sound) - More children with dyslexia in English, compared to Italian, Spanish, Greek, Turkish and German children
31
The human language
- A symbolic system = words and parts of words represent meaning - A rule-governed system = reflect regularities - Language is productive = an infinite number of grammatical utterances
32
The abilities that enable us to communicate effectively: pragmatic system - Turn-taking
Requires individuals to alternate between the roles of listener and speaker (minimises interruptions)
33
Dyadic interactions Triadic interactions
- Involve only the child and the adult - Dyadic interactions evolve into triadic interactions which involve the infant, an adult and an object
34
Triadic interactions often involve proto-imperatives and proto-declaratives
Proto-imperative = when an infant points to an object and then alternates their gaze between the object and the adult until they obtain the desired object Proto-declarative occurs when an infant uses pointing or looking to direct the adult’s attention to an object
35
Repairing faulty communication
- Repetition - Adding words - Substitute a phrase to improve communication - Interaction with adult on how to correct communication
36
Overextension and underextension
- Extending the meaning of a word too broadly, (using ‘bird’ to refer to birds, aeroplanes and hot air balloons) - Extending the meaning of a word to too few instances (‘duck’ only a toy while in the bath)
37
2 examples of constraints of word meaning development - Whole object constraint - Mutual exclusivity constraint
- Whole object constraint: Assumes that children believe that words refer to whole objects rather than to parts of objects - Mutual exclusivity constraint: Assumes that children believe that there is a one-to-one correspondence between words and meanings
38
2 strategies that reflect the interrelationship of language and cognitive development - Acquiring a new word - Acquiring a new concept
- Strategy 1 – acquiring a new word: When acquiring a new word, search known concepts in case the word denotes a previously acquired concept. If no existing concept seems appropriate, attempt to construct a new one - Strategy 2 – acquiring a new concept: When acquiring a new concept, attempt to attach a known word to it. If no word seems appropriate, look for one
39
Vygotsky’s argument on cultural tools
Any tools that help us to calculate, produce models, make predictions and understand the world (e.g. calculators and computers)
40
Piaget vs Vygotsky
- Both rejected the idea that children acquire new knowledge just by being told something - Both say people play an important role in promoting children’s knowledge. - Vygotsky, however, stressed the transmission of knowledge from one person to another, while Piaget concentrated on the children’s own constructions. - Vygotsky’s interest in the use and the power of human inventions
41
Orthography
A writing system. Orthography is used to describe any aspect of print or, more loosely, spelling
42
Syllable
The smallest unit of a word whose pronunciation forms a rhythmic break when spoken
43
Mora
A rhythmic unit in languages like Japanese and Tamil (can be either a syllable or part of a syllable) - In English a mora is e.g. ‘the’
44
Issues with the alphabet
Phonemes → is hard for children even to realise that letters represent phonemes (not a syllable) - Children need awareness of phonemes to become successful readers
45
Intrasyllabic units - Onset (e.g. stair) - Rime (e.g. hat)
Units of speech that are smaller than syllables but larger than phonemes (e.g. onset and rime) - The onset of a syllable is the consonant, cluster of consonants, or vowel at the beginning of a syllable (e.g. ‘st’ is the onset of ‘stair’) - The vowel sound of a syllable plus any consonants that follow (e.g. rime of ‘hat’ is ‘at’)
46
Letter–sound associ­ations
One letter represents one sound or phoneme
47
Conditional spelling rules
Rules which determine that a letter, or a group of letters, represent one sound in one context and another sound in a different context
48
Testing children's grasp of the final ‘e’ rule through pseudo-words
A non-existent but pronounceable non-word - Only pass this by the age of 10
49
Derivational morphemes
Affixes that create new words which are called ‘derived’ words (e.g. ‘health’ is a noun which is created by adding the derivational suffix ‘th’ to the verb ‘heal’)
50
Inflectional morph­emes
Affixes whose presence, and whose absence, provide essential information about words (e.g. ‘s’ at the end of noun means it is plural and absence means it is singular)
51
Morphemic spelling rules are difficult - 2 reasons
1. Children are not at first aware of the morphemic structure of the words that they are trying to write 2. Children must go through a sequence of steps to learn morphemic spelling rules
52
3 steps in learning morphemic spelling rules (word-specific knowledge)
1. Children start by spelling a particular sound in one way only 2. They learn another way of spelling this without understanding when it is right to do so 3. As a result of the feedback, they learn the rule for its use