Language comprehension (understanding) Flashcards

1
Q

A homograph is a word that is

A

Spelt the same as another word but doesn’t have the same meaning

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2
Q

Speech is ambiguous because

A

The speech stream is a continuous stream of sound

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3
Q

If you are unable to hear all the sounds in the word you will

A

Fill in the gaps by activating mental representations of the words

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4
Q

The mental lexicon is accessed…

A

via activation of mental representations

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5
Q

Does ‘frequency’ affect the speed with which a mental representation of a word is accessed?

A

yes

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6
Q

Does ‘neighbourhood density’ affect the speed with which a mental representation of a word is accessed?

A

yes

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7
Q

Does ‘semantic association’ affect the speed with which a mental representation of a word is accessed?

A

yes

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8
Q

Does ‘speech onset’ affect the speed with which a mental representation of a word is accessed?

A

no

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9
Q

If the following sentence is presented ‘she touched the bark of the oa_’ priming should be found for ‘tree’ because it is related to ‘oak’, but will priming also be found for ‘porridge’ because it is related to oat?

A

yes (/probably)

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10
Q

What is phoneme restoration?

A

If gap in word = dont hear all then find hard to fill in blank e.g. if someone coughed, but can understand the word as we already know it
= strong evidence for the mental lexicon= access the phonological representation of word

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11
Q

What are homophones?

A

words that sound the same e.g. muscle and mussel

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12
Q

What are homographs?

A

Words that are spelt the same e.g. bow (tie) and bow (arrow)

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13
Q

What are homonyms?

A

Words that sound are are spelt the same e.g. bank £££££££££££££ and bank river

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14
Q

What are homophones, homographs and homonyms an example of?

A

Word level ambiguity

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15
Q

What is coarticulation?

A

They way a word changes because of its environment
- depending on what word is coming up next the sound of the preceding word can change e.g. pass me thin book= mouth has to close before b for book= sounds more like an m
but look at the thin carpet= mouth stays open so is clearer
the phoneme /n/ is pronounced differently is an allophone

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16
Q

What can categorical perception help us do?

A

speak
= can distinguish between two sounds easily because we are involved to do so
- not unique to humans, can train animals to do so e.g. chinchillas
= inherent in us

17
Q

Does categorical perception help us understand speech streams?

A

yes, helps unpick whats going on as we can discriminate between particular sounds, and language evolved to use the sounds

18
Q

What did Werker test with children?

A

whether they had categorical perception,
could discriminate sounds in children = ba,da in hindi that english speaking adults couldnt
= lose this ability by 10m

19
Q

Why is there ambiguity in speech streams?

A
  • Because its impossible to know where one word ends and another one starts
  • There are no logical breaks
  • With some soundwaves when it looks like there is a break there isnt actually a break
20
Q

How are words recognised in the mental lexicon?

A

frequency and length of a word will make them quicker/slower to be accessed in lexicon
- low frequency = harder to find = slower

21
Q

What is neighbourhood density?

A

Words that sound similar
- when we have a lot= become active in the mental lexicon
when semantic activation, also activates words that are phonetically related e.g. tiger and tie
Luce and pisoni 98 =if lots of neighbours = slow

22
Q

What basis do we access lexical items?

A
  • Acoustic input
  • Lexical characteristics e.g. frequency, neighbourhood density
  • Prediction
    Lexical items with similar phonology or semantics are activated
23
Q

Is lexical activation like a dictionary ?

A

not at all

24
Q

What is the process of access/activation of lexicons?

A

1st have to activate word in mental lexicons, then select word and integrate it into the structure to understand what the sentence may be

25
Q

What is the impact of context?

A
  • Helps us predict
  • word monitoring= marslen-wilson and taylor 80
    = THE COHORT MODEL
    = listen to speech stream and monitor partic word
    = when its presented they also have to say the word
  • clock time when start to speak= speech onset
    when sentence made sense = said motorway before hear end of word
    when didnt make sense= lot slower
    = EVIDENCE in mental lexicons that when hearing speech= you’re working oujt what it means and given the ability to predict what is coming next
    = PREDICTS WHATS COMING UP NEXT AND ACTIVATES THEM IN THE MENTAL LEXICON
26
Q

What did Zwitserlood 1989 study?

A
lexical access
-Cross modal priming task
-Present prime word = auditory
-Target word= visual 
e.g. prime =captain
- 
FOUND :despite fact that sentence tells you what will be coming up at the end- priming for both ship and slave
THUS CONTEXT NOT AFFECTING PREDICTION AS MUCH AS WOULD EXPECT
27
Q

Why was the cohort model revised ?

A

To account for the non-effect of context- to allow for these effects
- Context influences integration of word into sentence, not lexical selection
- Means lexical selection = initial activation of words = so this is not affected by context = shown by Zwitserlood
- INITIAL ACTIVATION IS MOTIVATED BY BOTTOM UP PROCESSES
- Competitor effects leave one word more active than others
Active = in relation to activation of neurons

28
Q

What methods are used to assess language comprehension?

A
  • word monitoring
  • lexical decision task
  • cross modal priming
  • sentence priming
29
Q

What is the lexical decision task?

A

Pts say whether think words on screen are a real word or not
can be combined with a prime e.g. doctor, word is nurse
- prime word= designed to get the lexicon going, should mean the word nurse is already active before its presented
= should react quickly
-when isnt related= need to activate word from scratch = slower