8. Language Comprehension Flashcards

1
Q

What is language?

A

A conventional system of communicative sounds and sometimes written symbols

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2
Q

What theory did Noam Chomsky propose about language acquisition?

A

Argued that linguistic input that children are exposed to is too limited to provide an answer of its own. Claimed that humans possess a language acquisition device consisting of innate knowledge of grammatical structure.

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3
Q

What evidence was there to support Noam Chomsky’s idea of universal grammar?

A

Consist of linguistic universals, which are features common to nearly every language

  • Eg. distinction between nouns and verbs, word order (SVO, SOV) etc. (English has SVO structure.)
  • 35% of languages have SVO structure. 44% have SOV structure
  • Subject preceded object in 98% of languages. Makes sense because subject is of central importance and should hence precede the object.
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4
Q

What are two limitations of LAD theory?

A

1) Linguistic input to which children are exposed to is much richer than Chomsky assumed. Relatively easy for children to understand since mothers and other adults use child-directed speech when speaking to young children.
2) World’s languages differ much more from each other than Chomsky assumed

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5
Q

What are the features of child-directed speech?

A

involves very short, simple sentences, a slow rate of speaking, use of restricted vocabulary, and extra stress on key words

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6
Q

What does the language bioprogram hypothesis propose about language acquisition?

A

Proposes that children will create a grammar even if they aren’t exposed to a proper language during their early years.

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7
Q

Provide 2 examples in support of the language bioprogram hypothesis.

A

1) pidgin languages - Simple pidgin languages lack most grammatical structure. Offspring of pidgin speakers developed Creole, which is fully grammatical.
2) Deaf Nicaraguan children at special schools - Deaf children developed a new system of gestures that expanded into a basic sign language passed on to successive groups of children who joined the school.

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8
Q

What do the pidgin and deaf Nicaraguan children examples suggest about language acquisition in humans?

A

Suggest that humans have a strong innate motivation to acquire language (including grammatical rules) and to communicate with others.

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9
Q

What are the 4 types of language skills?

A

Visual: reading, writing
Auditory: speech perception, speaking

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10
Q

What processes does reading involve?

A

Reading involves perceptual and cognitive processes, as well as a good knowledge of language and grammar

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11
Q

Why is learning English so difficult compared to other languages?

A

Most languages have a consistent relationship between spelling and sound. So it is easy to predict how an unfamiliar word should be pronounced, and there are few irregular words
English – numerous irregular or exception words, including common words (eg. some, was)

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12
Q

What does the phonics approach involve when learning to read English?

A

Emphasis on forming connections between letters or groups of letters and the sounds of spoken English. Also involves learning to blend the sounds of letters together to pronounce unknown words.

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13
Q

What are the advantages of encouraging children to pronounce words letter by letter?

A

Ensures that children attend to the order and identity of letters when reading. This should improve ability to recognise words and spell them correctly.

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14
Q

What process occurs during reading/silent reading?

A

phonological recoding - important when learning word spellings. So you shouldn’t disrupt children from processing sounds of what they read. Children are often taught explicitly to pronounce each word out loud. Even adults often resort to inner speech when reading a demanding text.

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15
Q

What is a limitation of the phonics approach?

A

too narrow - only focuses on pronounciation and reading, but neglects processing of meaning, which is the goal of the ‘whole-language approach’. Developing readers must be encouraged to predict and guess the meanings of what they read based on the relevant sentence context.

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16
Q

Why is semantic knowledge important for reading?

A

Help us read exception words accurately.
Children with good semantic knowledge of words had greater reading accuracy. Especially the case of exception words that couldn’t be read accurately by relying solely on phonics (eg. chaos)

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17
Q

Briefly describe the stages of learning to read.

A

1) Learn connections between letters in words and sounds
2) learn to use context to assist in identifying individual words
3) learn to relate words to their meanings.

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18
Q

How do our eyes move when we are reading?

A

Move in saccades - rapid eye movements separated by eye fixations lasting about 250ms
Eyes move backwards in the text sometimes
Information is extracted from text only during each fixation but not during intervening saccades.
Readers typically fixate on about 80% of content words
Only fixate on 20% of function words.
Words not fixated tend to be common, short, or predictable. Words fixated for longer than average are generally rare or unpredictable in sentence context.

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19
Q

What does the E-Z reader model explain how and why people skip words?

A

Assume that next eye movement is programmed after only part of the processing of the currently fixated word has occurred. Greatly reduces the time between completion of processing on current word and eye movement to the next word.
Argues that readers can attend to two words during a single fixation. (as opposed to serial processing model)
Spare time is used to start processing the next word
Common words – more spare time
Rare words – less spare time
Fixation time on a word is longer when it is preceded by a rare word.

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20
Q

What are homophones?

A

different spellings but same pronunciation

eg. we BARE BEAR

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21
Q

Provide an evidence to support that we use phonological processing when we read.

A

“Is this part of a face?”
SNOBS vs KNOWS
Participants made more errors with ‘KNOWS’ because it is homophonic with ‘NOSE’ because they engaged in phonological processing of the words.

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22
Q

What is a phonological neighbourhood? When are two words considered phonological neighbours?

A

Two words are phonological neighbours if they differ in only one phoneme
(Eg. “gate” has “bait” and “get” as neighbours)

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23
Q

Words with many phonological neighbours have an advantage in visual word recognition tasks. why?

A

because phonology is used to process these words

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24
Q

How does priming work?

A

Prime word is presented very shortly before the target word. Prime word is related to target word in terms of spelling, meaning, sound etc. Investigate effects of priming on processing and response towards target word.

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25
Q

Target words were processed faster when preceded by phonologically identical primes (eg. ‘klip’ and ‘clip). What does this suggest?

A

Suggests that phonological processing occurred rapidly and automatically.

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26
Q

Under what circumstances can words be read without the involvement of phonological processing?

A

proofreading - visual task involving detecting spelling mistakes and other visual errors. On proofreading tasks, the use of phonology depended on the nature of the words and participants’ reading ability.
poor reading ability & rare words –> access phonology more

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27
Q

In the dual-route model, what are the 2 routes involved in reading?

A
Direct route (lexical) - Access information about the meaning and sound of the word in an internal lexicon 
Internal lexicon contains information about sounds, spellings, and meanings of words stored in LTM. Functions as a dictionary. Naming visually presented words typically depends mostly on direct rather than indirect route, because it operates faster. 
Indirect route (sublexical) - use various rules to convert graphemes to phonemes
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28
Q

What are regular words? What are irregular words?

A

Regular words – pronunciation is predictable from letters (eg. tint, cat)
Irregular words – pronunciation is not predictable from letters (eg. island, yacht, chaos)

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29
Q

Which route must we use for irregular words to pronounce them accurately?

A

direct route - need to access internal lexicon.

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30
Q

What happens when you see unfamiliar words/non-words?

A

Use both pathways.
Lexical pathway first – help u decide if its a word or nonword. After deciding it is a non word, you move to
Non-lexical pathway – look at the sounds to decipher meaning.

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31
Q

What are the 2 types of dyslexia?

A

1) surface dyslexia

2) phonological dyslexia

32
Q

What is surface dyslexia?

A

Rely almost exclusively on indirect route. Make little use of internal lexicon. Use rules to convert letters into sounds. Struggle with irregular words.

33
Q

What is phonological dyslexia?

A

Rely almost exclusively on direct route. Can pronounce familiar words (regular & irregular) but struggle with non-words where there is no information in the internal lexicon. Can read familiar words but not unfamiliar words and nonwords.

34
Q

What is the difference between word regularity and consistency? Dual-route model emphasizes which?

A

Regularity - is the pronunciation predictable from spelling?
Consistency - is the pronunciation consistent with other similarly spelt words? (eg. ‘save’ vs ‘have’)
Dual-route model emphasizes regularity. Predicts that irregular words will be named slower than regular words BUT evidence indicates that time taken to pronounce words depends more on consistency!!

35
Q

What is an alternative approach to the dual-route model for reading?

A

Connectionist approach - more flexible
Proposes that all relevant knowledge we possess about word sounds, word spelling, and word meanings is used regardless of whether we are reading words or nonwords.

36
Q

Why is perceiving others’ speech complex? (4)

A

1) Language is spoken very rapidly
2) Speech typically consists of a continuously changing pattern of sound with few periods of silence. Hard to decide when one word ends and the next begins
3) The way a phoneme is pronounced depends partially on the phonemes preceding and following it. Thus listeners have to adjust to variations in pronunciation
4) Background noise when perceiving speech

37
Q

What does the initial hypothesis and modification theory predicts about the way we perceive others’ speech?

A

We generate initial hypotheses using the words heard. Then we use later-arriving information to modify the initial hypotheses. Such flexibility makes it easier for listeners to perceive speech accurately.

38
Q

How do we recognize sounds and spoken words? (2 theories)

A

1) Motor theory
- Assumes that listeners mimic or copy the speaker’s articulatory movements
- Provides less variable information than speech signal itself
2) TRACE model
- More influential approach
- Explains why speech perception can occur even in the absence of motor processes

39
Q

In real life listening conditions, what are 2 major ways that will make the identification of a spoken word more difficult?

A

1) Energetic masking
- Distracting sounds can cause the audibility of the spoken word to be degraded due to blending of their acoustic signals
- Problem affects bottom-up processing
2) Informational masking
- Performing a second task at the same time as trying to identify a spoken word creates cognitive load and makes it harder to use stored knowledge (meanings) about words
- Problem affects top-down processing

40
Q

What does energetic masking and information masking suggest about the way we perceive and process speech?

A

Suggests that both bottom-up and top-down processes are both important in recognition of spoken words. Listeners respond to adverse listening conditions by altering the balance between bottom-up and top-down processes.

41
Q

What is the TRACE model in explaining the way we perceive speech?

A

Network model based on connectionist principles.
Proposes that bottom-up and top-down processes interact flexibly in spoken word recognition.
3 different levels of processing units:
- Features (eg. voicing, manner of production)
- Phonemes (basic units of sound)
- Words
There are facilitatory connections between levels, so processing at one level can influence processing at another level.
Emphasize importance of top-down processes (eg. context effects).

42
Q

How does the word superiority effect support top-down processes emphsized by the TRACE model?

A

Ability to detect phonemes is better for words than nonwords because there is top-down activation from word level to phoneme level that would facilitate phoneme detection.

43
Q

What is the lexical identification shift? How does it highlight the importance of context?

A

ambiguous initial phoneme was more likely to be perceived as forming a word rather than a nonword. TRACE model argues that this effect occurs because there is top-down activation from the word level.

44
Q

What are 2 limitations of the TRACE model?

A

1) overemphasis on top down processes
- top-down effects produce a preference for perceiving ambiguous phonemes as completing words ONLY when stimulus was degraded.
2) Doesn’t account for activation of orthography (spelling) which also plays a role in speech perception!

45
Q

What aspect is important when we try to understand sentences?

A

identify grammatical structure of the sentence (syntax)

46
Q

What is grammar concerned with?

A

how words are combined within a sentence.

47
Q

What is the difference between 1-stage and 2-stage models in explaining how children understand sentences?

A

2-stage models - syntactic information is processed first (Stage 1), followed by semantic information (Stage 2).
1-stage model - everything is processed at the same time. (syntax, semantics, world knowledge etc.)

48
Q

What does the constraint-based theory propose about how we understand sentences?

A

1-stage model - we process syntax and semantics at the same time. In ambiguous sentences, competing parsings of the sentence are activated at the same time and are ranked according to activation strength. The syntactic structure receiving most support from various sources of information is the most highly activated.

49
Q

What is verb bias?

A

Readers tend to assume initially that the more common syntactic structure is correct. Readers can identify the correct syntactic structure more rapidly when it is common. (eg. verb usually comes immediately after subject)

50
Q

What is parsing?

A

Figure out how to assign the different parts of speech (noun, verb, subject, object) to the different words in the sentence.

51
Q

What are garden-path sentences?

A

Garden path sentences are perfectly good, grammatical sentences. However, because of the way they are structured, they lead people astray (because people by default use the incorrect parsing), and people have to read the sentence again to reparse it before they can understand it. (2-stage: syntax -> semantics/meaning)

52
Q

What are homographs?

A

Same word but different meaning, can function as verb or noun. (eg. duck, train)

53
Q

What does the constraint-based approach predict about how people understand sentences containing homographs?

A

Readers should initially construct a syntactic structure in which the homograph is used as its more common part of speech. Them after taking meaning/semantics into account, recompare activation strength and decide which parsing is correct.

54
Q

What are some limitations of parsing theories which heavily emphasize accuracy of sentences?

A

1) good enough representations
- We assume that sentences are “complete, detailed, and accurate” when we successfully figure out their grammatical structure.
2) heuristics
- NVN (Noun-verb-noun strategy)
Assume that the subject of a sentence is the agent of some action, while the object is the recipient. We use this heuristic because a substantial majority of English sentences conform to this pattern.

55
Q

What are 2 ways to decode/extract meaning from sentences? (because speakers’s literal and intended meaning is often different)

A

1) Focus on the common ground (mutual knowledge and beliefs) they share with the speaker.
2) Look at accompanying gestures

56
Q

What is pragmatics?

A

Concerned with practical language and comprehension, especially when we go beyond literal meaning and take into account the social context to consider intended meaning.

57
Q

According to Kintsh, what are the 2 components of metaphor understanding of pragmatics?

A

1) latent semantic analysis component
- representing word meanings in relation to other words
2) construction-integration component
- Uses information from first component to form interpretations of statements
- Select predicate features relevant to the argument and inhibit irrelevant predicate features. Individuals high in working memory capacity are better at inhibiting distracting information. Hence they predict metaphors faster and more accurately.
- if you recently activate irrelevant predicate features, it will take longer to understand the metaphor.

58
Q

Common ground is the shared knowledge and beliefs between speaker and listener. Which listeners will most likely ignore common ground?

A

Listeners with deficient inhibitory control

59
Q

When speech and gestures were congruent vs incongruent, performance was better when speech and gesture presented together were congruent. What does this suggest?

A

Indicate that language comprehension depends on an integrated system combining information from gestures and speech.

60
Q

What is discourse?

A

written text or speech at least several sentences in length

61
Q

Why is processing discourse more complex than processing sentences?

A

because we need to integrate information across sentences to make coherent sense of what we are reading.

62
Q

What is reading selectivity with respect to understanding discourse?

A

We extract meaning from large chunks of text, and can discuss the major events and themes, but we omit the minor details.

63
Q

Why do we draw inferences?

A

We draw inferences to fill in the gaps in visual and auditory information presented to us.

64
Q

What are the 2 types of inferences? Describe them.

A

1) Bridging inferences (backward)
- Establish coherence between current part of the text and the preceding text
2) Elaborative inferences (forward)
- Add details to the text by making use of our world knowledge
- Involve anticipating what will come next in the text.

65
Q

What are the 2 approaches in accounting for the nature of elaborative inferences?

A

1) constructionist approach
- proposes that readers draw many elaborative inferences to form a stable and complete mental model.
2) minimalist hypothesis
Proposes that readers automatically draw only specific kinds of inferences:
- Inferences that make coherent sense of currently processed text OR
- Inferences based on information that is readily available OR
- Inferences consistent with readers’ goals

66
Q

What is a limitation of the constructionist and minimalist hypothesis in explaining the nature of elaborative inferences?

A

individual differences differ considerably in terms of the inferences they draw

67
Q

How does working memory capacity affect ability to draw elaborative inferences?

A

Predicting sentence + relevant vs irrelevant sentence
Individuals with high WM capacity spent less time integrating information in predicting sentence. Thus, high capacity individuals rapidly drew elaborative inferences when the predicting sentence was presented but not the low-capacity individuals.

68
Q

What is the Seductive details effect?

A

reduced ability to comprehend text if accompanied by irrelevant illustrations and details

69
Q

Who is more susceptible to the seductive details effect? High or low WM capacity individuals.

A

Low working memory capacity individuals. Lower ability to inhibit unwanted information in working memory capacity.

70
Q

What are 3 advantages individual with high WM have over those with low WM in comprehension performance?

A

1) Efficiency – Less activation in various brain areas, suggesting that their planning abilities were more efficient.
2) Adaptability – effects of word frequency on brain activation were greater in high-capacity individuals, more responsive to differences between words.
3) Synchronization – high capacity individuals had greater synchronization of brain activation across several brain regions. Suggests that their comprehension processes were more coordinated and organized.

71
Q

Frames are a type of schema. How does frames aid comprehension?

A

Frames are knowledge structures relating to some aspect of the world. Consist of fixed structural information and slots for variable information.
Relevant schema knowledge help comprehension rather than simply acting as a retrieval cue

72
Q

What does Bartlett’s theory argue about our memory for discourse?

A

Argues that our memory for discourse is strongly influenced by reader’s relevant schematic knowledge. Tendency for schematic knowledge to produce distortions in discourse memory increases over time.

73
Q

What is the difference in our memory for presented information vs our memory for schematic knowledge?

A

Memory for presented information – rapid forgetting

Memory for our schematic knowledge – little or no forgetting over time.

74
Q

What are situation models? How are they used to remember stories?

A

Readers construct situation models to describe the situation in stories. They then make frequent changes to the situation model as the situation develops and changes.

75
Q

In the event-indexing model, readers monitor 5 aspects of the situation to decide whether their situation model needs to change. What are the 5 aspects?

A

1) protagonist (people)
2) temporality (time)
3) causality
4) spatiality (place)
5) intentionality (character’s goals)

76
Q

In the event-indexing model, when one or more aspects change, what happens?

A

readers will take some time to adjust and update their situation model

77
Q

Which evidence illustrates that motor simulations also crucial when we form situation models?

A

Active sentences vs negated sentences
“there was an eagle in the sky” vs “there was no eagle in the sky” We produce motor simulations when comprehending active sentences. Significantly less activation in premotor and motor areas of the brain when participants read negative imperatives (eg. “don’t write”) than when they read positive imperatives (eg. “do grasp”)