week 9: metamemory Flashcards

(45 cards)

1
Q

cue utilization hypothesis

A
  • familiarity w question
  • originated from a framework describing how ppl answer questions
  • cue-based info emphasis
  • more familiar cue=better judgement
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2
Q

metamemory def

A
  • awareness of our own memory
  • in three steps: learn something, appraise your learning, and rate the quality of memory
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3
Q

cue vs targets

A

cues: questions or prompts
targets: memory traces that ppl make judgements about

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4
Q

target based sources

A
  • info from memory trace about which the judgement is made
  • info that was retrieved from memory
  • ease of recovery
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5
Q

cue based sources

A
  • info taken from memory cue (ie question)
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6
Q

steps for cue utilization hypothesis

A
  • find fact in memory
  • retrieve plausible answer from facts that are in memory
  • evaluate amount of available info relevant to the question
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7
Q

accessibility hypothesis

A
  • ppl make inferences on what is in memory based on info available including partial retrieval
  • also, intensity of memory traces
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8
Q

competition hypothesis

A
  • metamemory judgements are influenced by memory competition during retrieval
  • target based sources
  • metamemory judgements are higher with less competing info
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9
Q

judgements of learning

A
  • estimates of our own learning
  • we are poor estimators of how well we have learned
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10
Q

why are we bad at JOL

A
  • inability hypothesis: we are incapable of accurately appraising our own mental states or cog processes
  • monitoring retrieval hypothesis: when we make judgements, info is still in WM so we are over confident
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11
Q

what types of cues affect JOLs

A
  • extrinsic: aspects of learning situation eg massed vs distributed
  • intrinsic: aspects material being learned ie perceived ease/fluency of learning (JOLs are sensitive to it) consistent w cue utilization
  • mnemonic: accessibility, shift from intrinsic, memory based sources of info, assessments on how we previously did
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12
Q

t or f: JOLs decrease with competition and increase with time

A

false, decrease with both

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13
Q

allocation of study time and JOLs

A
  • study time should maximize amount of new knowledge learned
  • can allocate study time to optimize JOL and learn some things over others
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14
Q

labour in vain effect

A
  • when ppl encounter hard info, they put more effort into learning it but bc it is so difficult, ppl have trouble learning anything new
  • there is little gained knowledge
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15
Q

region of proximal learning

A

when people shift to spending more time on material that is just beyond their current ability

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16
Q

feelings of knowing

A
  • occurs when you cant remember but feel as though you will in time or that youd recognize the info if presented with it
  • based on what you think you should know
  • info released slowly (revelation effects)
  • correspond well to memory if accurate partial info is provided
  • reasonably good predictors
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17
Q

game show method for FOK

A
  • first to buzz in gets to answer
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18
Q

ppl with ____ damage are less accurate on FOK tasks

A

frontal lobe

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19
Q

which increases FOK: when info is revealed slowly or all at once

20
Q

tip of the tongue state

A
  • failure to recall info but feel that you are abt to retrieve it
  • theory: incomplete activation view
21
Q

incomplete activation view

A
  • TOT occurs when search range has not been sufficiently narrowed
  • too many possibilities so we cannot retrieve desired word
22
Q

block view TOT

A
  • TOT occur when related but inappropriate competitors are activated to a greater degree and block access to appropriate info
  • cycle of retrieving the wrong, most recent info
23
Q

remember know judgement

A
  • remember= conscious recollection of circumstances in which info was learned
  • know= no conscious recollection, only general familiarity feeling
24
Q

things that affect remember but not know responses

A
  • elaborative rehearsal
  • context
  • generational effects
  • frequency
  • intentionality
  • divided attention at learning
  • serial position
  • production/drawing
  • retention intervals (<1 day)
  • reading out loud
25
things that affect know but not remember responses
- repetition only - maintenance rehearsal - modality (visual or auditory) - suppression of focal attention - perceptual match
26
things that affect both know and remember responses
- word vs non word - masses vs distributed - similarities vs differences - gradual vs abrupt - retention intervals (<1 day)
27
does elaborative/active encoding increase remember or know responses
remember
28
does differences focused learning increase remember or know responses
remember
29
does repetition priming increase remember or know responses
know
30
how do you know you dont know something
- rapid judgements are made and based on info of content we dont know consistant w cue utilization hypothesis - memory retrieval practice doesnt go far and thus it is unknown
31
remember processes correspond with _____ based ___ driven processes and know is driven by ____ based ___ driven
knowledge based conceptually driven, perceptually based data driven
32
recognition without awareness
- performing above chance while feeling like were not - recognizing something weve seen before without the conscious awareness that it was seen - feels like guessing but results are above chance (think kaleidoscope)
33
unconscious recognition w out awareness is accompanied by changes in ERP signals _____ ms after the presentation of an image
200-400
34
what are the two requirements for recognition w out awareness
- memory must be encoded - info abt context should be weak or absent
35
hindsight bias
- thinking of events are more deterministic after they happen than they would before it occurred - ie remembering mental state as different than what it was - can be applied to relationships (current state= perceived state of relationship) - when remembering the past you are influenced by the present
36
knew it all along effect
- stage one, ppl are asked a question/ evaluate info - stage two, ppl given feedback abt info encoded at stage 1 - stage 3, ppl indicate memory for what they knew at stage 1 - ppl have a hard time remembering not knowing
37
mnemonics
- mental or physical devices used to help us remember - ex: rhymes, acronyms, acrostics (first letter of each word)
38
peg method
- mnemonic - learn a symbol rhyme then use this to make distinctive interactive cues - these cues are pegs on which you can hang memories - use known sequences - encourages mental imagery
39
method of loci
- elaborate imagined scenes in which objects/words/digits can be 'placed' in discrete locations for later retrieval - set of well known locations (better for those w a linear path) - builds on fact that hippocampus has spatial tuning - con: proactive interference
40
story mnemonic
- make a new story with the things you are meant to remember
41
what are ppl with exceptional memory called
- mnemonisits or memorists
42
who was shereshevsky
- exceptional memory, capacity of 70 in STM - has synesthesia thus more detailed memory traces
43
highly superior ABM
- extremely accurate memory for personal past - potential neural differences in parahippocampal gyrus, inferior and middle temp gyri, and temporal lobe - less grey matter in part of basal ganglia
44
eidetic imagery
- photographic memory
45
aphantasia
- deficit in visual image processing