5. Everyday Memory: Memory Traces and Memory Schemas Flashcards

1
Q

conceptualization of memory

A
  • memory based on recall of memory traces
  • distinct, permanent copies of previous experiences
  • RECALL Logan’s theory of automatization
  • memory = schematic
  • relies on fragments to support a new construction
  • RECALL prototypical representations from perceptual theories (prototypes)
  • more divits, more experience
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
2
Q

general properties of memory

A
  1. selection
    - the whale swims in the ocean
  2. abstraction
    - whale, swims
  3. interpretation
    - whale = aquatic mammal
  4. integration
    - whale is a fish (NOT)
    **we never remember the same thing the same way!
    ** memory systems are constantly stripping away extraneous info to free up space, BUT this can cause problems
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
3
Q

general properties of memory: selection

A
  • subset of info is selected from what is perceived and recalled
  • Anderson and Pichert (1978) showed that inds. select information as they received and recalled it
  • inds. read paragraph from point of view of burglar or prospective homebuyer
  • recalled more details according to their perspective
  • remembered new details when asked to switch perspectives after reading it
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
4
Q

general properties of memory: abstraction

A
  • info is recalled in a gist form, specific, context bound
  • Sachs (1967) showed that inds. remember the gist of a sentence but forget the actual wording
  • better at remembering the exact wording if the target sentence was at the end of the passage heard
  • if target sentence was earlier in the passage, good at detecting changes in meaning but not changes in wording
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
5
Q

general properties of memory: interpretation

A
  • info is used to make inference, those inferences are encoded
  • refer to slides 31-31-32-33-34
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
6
Q

general properties of memory: integration

A
  • meaning is abstract from an event to form a coherent whole
  • how does this relate to my preexisting schemas?
  • Bransford and Franks (1971, 1972) had inds. read simple sentences and answered a question about each
  • inds. later judged new sentences as to whether they were in the original list or not
  • found even though all the sentences are new, inds. believe that at least some are the same
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
7
Q

flashbulb memory: characteristics

A
  • some events seem to be particularly memorable
  • Brown-Kulick (1977) suggested that special mechanism was responsible for their memorability
  • characteristics:
    1. often has emotional significance attached to memories, therefore having important consequences for a person
    2. remembered for long periods of time
    3. memories are vivid and detailed
    REFER TO DIAGRAM PAGE 27 OF NOTEBOOK
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
8
Q

Is there actually a mechanism for flashbulb memory?

A
  • study showed flashbulb memory became more general, or mildly inconsistent with earlier descriptions
  • suggested that there is no need to postulate a special flashbulbs memory mechanism
  • suggested alternative account = narrative rehearsal hypothesis
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
9
Q

chaos theory

A

belief that seemingly simple events could produce complex and confounding behaviours

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
10
Q

narrative rehearsal hypothesis

A
  • flashbulb memory may be more memorable because we rehease them more
  • repeated exposure in media
  • repeated discussion
  • blatant errors can be observed in flashbulbs memories
  • we get fragments from everwhere, and these load onto schemas we have of the event
  • refer to Talarico and Rubin’s study on flashbulbs memory, slides 11-12
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
11
Q

Talarico and Rubin’s conclusion on flashbulb memories as illusory concepts

A
  • flashbulb memories have illusory ACC
  • only appear to be more permanent and accurate that other memories
  • suggests that memories of an event are determined by other tings besides the event itself
  • metacognitive mechanism that causes overestimation?
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
12
Q

JOL: judgements of learning

A
  • occur after we have studied info
  • encoding and retrieval cues
  • cues used to produce assessments of performance, these change over time (domain specific info)
    1. if asked shortly after learning, participants use cues that have to do with the ease of encoding (encoding fluency)
    2. if asked a time after learning, participants come to rely on cues that have to do with the ease of retrieval (retrieval fluency)
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
13
Q

UWP: underconfidence - with practice effect

A
  • participants appear to become less overconfident with additional practice
  • over time, people go from overconfidence to underconfidence
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
14
Q

(re)constructing memories

A
  • repeated exposure form different sources and susceptibility of memories to distortion due to reactivation during consolidation could introduce errors
  • rumours and urban legends have this kind of realism due to multisource feedback
How well did you know this?
1
Not at all
2
3
4
5
Perfectly
15
Q

getting the gist

A

verbatim
- surface structure, exact wording
gist
- meaning, relational knowledge
research has repeatedly demonstrated that memory for gist is maintained while verbatim memory is lost

How well did you know this?
1
Not at all
2
3
4
5
Perfectly
16
Q

getting the gist: Galileo’s example

A

refer to slides 17-18-19

17
Q

schema theory experiment: Bartlett

A

refer to slides 20-21-22-23

18
Q

schemas: structuring memory

A
  • structured cluster of interrelated/interconnected concepts, features, or dimensions
  • schema consists of general framework that has slot in which variables can be placed
  • variables can contain other schema or concepts
  • values = specific instances that fit the variable
  • schema may contain general knowledge that can be used in many specific situations
  • slots may have default values
19
Q

What do schemas look for, based on our perception?

A

something compatible

20
Q

scripts and schemas

A
  • structure that describes an appropriate sequence of events in a particular context
  • life scripts
  • scripts are more constrained than schemas
21
Q

life scripts

A
  • based on society’s age norms, they describe what the sequence of important events in an individual’s life should be
  • e.g. have a child before 30
22
Q

general principles of memory: Jot’s law of forgetting, Ribot’s law of retrograde amnesia and te law of progression and pathologies

A

Jot’s law of forgetting
- within 2 memories of equal strength, the younger trace will decay faster than older trace
Ribot’s law of retrograde amnesia
- holds that older memories are less likely to be lost as result of brain damage than newer memories
law of progressions and pathologies
- last in, first out principle

23
Q

ecological approach of memory: Bahrick (1984)

A
  • claimed that LTM = permanent (a permastore)
  • memories stop decaying after a certain point (consolidated)
  • no longer dependent on rehearsal
24
Q

Bahrick’s ecological approach to memory: permastore

A
  • found that after learning Spanish, a continuous loss of knowledge was observed for the first 3-6 years afterward
  • no further loss occurred after that
  • language is more durable
25
Q

retention: Bahrick and Hall

A
  • retention influenced by amount of subsequent exposure or practice with it
  • suggests that subsequent learning reinforces and consolidates prior learning
  • retention influenced by variables pertaining to the curriculum and schedule of instruction
26
Q

what promotes retention in a school setting?

A
  • longer courses
  • cumulative examinations
  • review courses
27
Q

memory and dreaming

A
  • rehearsal = important in consolidation of memories
  • when do we perform this rehearsal? is it effortful?
  • evidence drawn from dream content analysis and successful completion of learning and problem solving tasks
28
Q

memory and dreaming: offline memory and processing

A
  • might be the primary role of dreams
  • rehearsing and integrating info is central whereas the “experience” is incidental
  • strong correlation between REM sleep, improvement in performance in tasks and RT (faster) - automaticity
29
Q

mundane content of dreams

A
  • most dreams = normal events, from everyday lives
  • classified elements: realistic, fictional, fantastic
  • most dreams are realistic, even when there were fictional elements
  • mental stimulation
30
Q

mundane content of dreams: mental stimulation

A
  • how would you react?
  • to predict future events
31
Q

mundane content of dreams: dreaming seems to….

A
  • performs a function
  • is merely the byproduct of these processs
32
Q

sleep in learning and insight

A
  • refer to slide 47 of powerpoint