Unit 4 Flashcards

(84 cards)

1
Q

What does Encoding refer to?

Exam

A

the process of acquiring information or placing it into memory

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2
Q

What does Retrieval refer to?

Exam

A

the process of recovering previously encoded information

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3
Q

What is Step 1 of the Three-store model?

A

Information enters the processing system through modality-specific sensory stores

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4
Q

What is Step 2 of the Three-store model?

A

Information proceeds to a limited short-term or primary memory

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5
Q

What is Step 1 of the Three-store model?

A

Information enter a permanent and extensive long-term or secondary memory

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6
Q

What is the key to successful encoding in the Three-store model?

A

attention

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7
Q

What does attention as a key to successful encoding mean?

A

the learner has to pay conscious attention to the information

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8
Q

Why do we need to pay attention to successfully encode?

A

in order for informatino to proceed to progessively more capacious and durable stores

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9
Q

What are the problems with the three-store model?

A

Short-term memory’s capacity, coding, and forgetting vary depending on people, materials, and tasks — not as fixed as the model suggests

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10
Q

What is Memory considered to be?

A

the by-product of such active perceptual and cognitive processes

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11
Q

The more … the information is processed, the more well retained the information will be?

A

The more deeply or meaningfully the information is processed, the more well retained the information will be

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12
Q

Encoding of information

What must our memory ultimately be?

A

represented in the brain by complex networks of neurones

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13
Q

Encoding of information

What happens when a particular network is active?

A

we reexperience the event or recollect the fact

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14
Q

Encoding information

How are aspects bound together duing the encoding and retrieval process if the different aspects of an encoded object or event are stored in somewhat different regions of the brain?

A

One possibilty: all sensory modalities first represent and store rather literal copies of the surface aspects of objects (color, size, shape)

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15
Q

Encoding of information

What do subsequent interactinos with the same objects reveal?

A

the relations among the sensory elements, as well as “deeper” aspects such as function, significance and value

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16
Q

Encoding of information

What is the cognitive system organized hierarchically with by the view that sensory modalities store literal copies of the surface aspects of objects first?

A
  • Lower levels representing sensory aspects
  • Higher levels representing derived aspects (significance, meaning) of objects and events
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17
Q

Encoding of information

How is memory encoding related to perception and comprehension?

A

They may be identical to those processes carried out primarily for the purposes of perception and comprehension.

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18
Q

Encoding of information

What do memory retrieval processes represent?

A

The cognitive system’s best efforts to reinstate the same pattern of mental activity that occurred during the original experience.

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19
Q

What is a central feature of Bartlett’s approach?

A

to stress the participants effort after meaning

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20
Q

What are the characteristics of a remembered story/statement in Bartlett’s (1932) study?

A

shorter, more coherent, and tends to fit more closely with the participant’s own viewpoint.

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21
Q

Barlett’s Approach

What do Subjects actively strive to? What do they try?

A
  • they actively strive to discern the meaning of stimuli
  • they try to capture the essence of the material presented
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22
Q

Bartlett’s Approach

How did recall protocols in Bartlett’s (1932) study compare to summaries?

A

Recall protocols were indistinguishable from summaries, even when the story was present.

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23
Q

Barlett’s Approach

What is a Schema?

A

A long-term structured representation of knowledge

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24
Q

Barlett’s Approach

When are Schemas used?

A

used by the rememberer to make sense of new material and subsequently store and recall it

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25
# Barlett's Approach What is the development of a schema determined by?
Cultural influences
26
# Barlett's Approach What do Cultural influences in turn determine?
the way in which material is encoded, stored and recalled
27
# Barlett's Approach What were systematic errors and distortions produced in the participants recalls due to?
intrusion of their schematic knowledge
28
# Barlett's Approach What can Schematic knowledge do?
distort recollections at a long retention interval (one week) but not a short one (five minutes)
29
# Barlett's Approach What happens whenever contextual cues during encoding arous appropriate schemata?
memory is aided
30
# Barlett's Approach What lasts longer in memory than more detailed information?
Schematic information
31
# Role of meaning How does prior meaning affect memory in stimulus–response associationism?
Strong pre-existing word associations (e.g., bread–butter) make learning easier than unrelated pairs (e.g., lobster–symphony) -> clear instance of the influence of prior meaning on encoding
32
What does Deese (1959) say about Role of meaning in Memory?
Words that were highly associated with each other were easier to recall than lists with few inter-word associations.
33
What do Jenkins and Russell (1952) say about Role of meaning in memory?
Associated words (e.g. men, pen, den) tend to be recalled later on as a cluster
34
# Role of meaning What do the findings of Deese, Jenkins and Russell indicate?
that participants, when encoding items in these experiments, were relating the words to one another, via their background knowledge prior to entering the experiment, demonstrating the influence of prior meaning on episodic encoding
35
# Role of meaning What is Imagery (Paivio, 1965)? ## Footnote Exam
a way in which people try to tie new experiences they are encoding to things they already know
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# Role of meaning - imagery, Paivio what can the connection to already-known images provide? ## Footnote exam
a powerful basis for forming a new and highly accessible episodic memory
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# Role of meaning - Imagery, Paivio What does the extent to which a word evokes an image powerfully predict?
How well it would be remembered
38
# Role of meaning - Paivio What does the Dual-coding hypothesis state?
highly imageable words are easy to learn because they can be encoded both visually and verbally
39
# Role of meaning - Paivio How can the Dual-coding hypothesis help us recall memory?
If there are two routes to retrieval for imageable words or word pairs (eg. visual and verbal), if one route is lost the other might still survive and allow recall
40
# Role of meaning - Paivio What was Paivios proposal ikn 1971?
That events are presented in 2 very different ways: - An analogue code - A symbolic code
41
# Role of meaning - Paivio What does the analogue code preserve?
the physical features of the object or scene (e.g. an image of a cat under a table)
42
# Role of meaning - Paivio What does the symbolic code provide?
a verbal description of the event (e.g. "the cat is under the table")
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# The role of meaning - Paivio What have researchers shown in support of Paivio's proposal 1971?
- Visual perception interferes with visual imagery - Visual perception interferes only negligibly with the mental manipulation of verbal material
44
# Encoding operations What does the Picture superiority effect state?
Pictures are typically remembered much better than words
45
# Picture superiority effect Which two independent codes are pictures more likely to be encoded and stored in?
- both verbal - imaginal codes
46
# The role of meaning - Paivio What is the greater vulnerability of contextual information to forgetting most likely attributable to?
its receiving: - less attention - less comprehensive - less elaborate processing
47
# Levels of processing What did Craik & Tulving (1975) study in their experiment?
How the depth of processing affects memory recognition.
48
# Levels of processing - Craik and Tulving What are the 3 parts of the Methodology?
1. Semantic questions (sentence) 2. Questions relating to phonemics 3. Orthographic features
49
# Levels of processing What are the Results of Craik and Tulving's study?
The greater the depth of processing had been on a word the better people were at correctly recognizing that they had seen it before on the list
50
# Levels of processing What does the general principle of Levels of processing state? ## Footnote Exam
deeper and more elaborate processing leads to better memory
51
# Levels of processing What is the effect? ## Footnote Exam
robust, reliable, very useful for anyone wanting to maximize their learning capacity
52
# Encoding What does the Transfer-appropriate processing principle state? ## Footnote Exam
that for a test to reveal prior learning, the processing requirements of the test should match the processing conditions at encoding
53
# Encoding - Transfer-appropriate processing What should the persons state ideally match? ## Footnote Exam
the state at retrieval should ideally match that at encoding in order to ensure retrieval of the encoded information
54
# Encoding what can the encoding and retrieval of information be modulated by?
the external context when it is sufficiently rich and distinctive
55
# Encoding What can be very beneficial to remembering at the time of retrieval?
reinstatement of the encoding context e.g. revisiting scene of the crime
56
# Encoding operations What does the encoding specificity principle state?
a retrieval cue will be effective to the extent that information in the cue was incorporated in the trace of the target event at the time of its original encoding
57
# Encoding operations What is an example for the encoding specificity principle?
if the word BRIDGE is encoded as an engineering structure, the subsequent cue "card game" will be ineffective, but the cue words "grider" or "span" would probably be quite effective
58
# Encoding operations What does higher degree of overlap between study and test conditions?
higher memory performance
59
# Encoding operations is compatibility between encoding and retrieval operations all that matters?
no, the depth (or type) of initial encoding also plays a major role
60
# Encoding operations What does the type of initial encoding sets?
limits on the probability of later retrieval -> degree of relized potential depends on the compatibility between encoding and retrieval information
61
# Encoding The greater the elaboration or extensiveness of one's encodings, the.... ## Footnote Exam
...better the subsequent memory
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# Encoding Why is deeper encoding better? ## Footnote Exam
Meaningful processing may produce more elaborate memory traces that link to many different concepts, yielding a memory that can be accessed in many different ways
63
# Encoding Which sentences are remembered best and why?
the most complex sentences -> presumably because the complex sentences activated later, richer cognitive structures than did the simpler sentences
64
# Encoding What are the two main types of rehearsal according to Craik and Lockhart in 1972?
1. Maintenance rehearsal 2. Elaborative rehearsal
65
# Encoding What is Maintenance rehearsal?
Information is kept passively in mind (e.g. through rote repetition) -> involves continuing to process an item at the same level
66
# Encoding What is Elaborative rehearsal?
the information is meaningfully related to other information, presented either previously or currently
67
# Encoding What does the Elaborative rehearsal enhance?
delayed episodic memory
68
# Encoding What are Longer spaced repeitions associated with?
higher levels of subsequent retention
69
# Encoding what is more likely to be encoded somehwat differently from how they were on their first presentation?
re-presented after long intervals
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# Encoding What might the encoding variability when re-presenting after long intervals may be associated with?
- richer and more elaborate encoding of the item -> supports better retention
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# Encoding operations In terms of what should information ideally be encoded?
of both: - item specific features - associative features
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# Encoding operations What are Item specific features?
characteristics that are unique to a particular stimulus
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# Encoding operations What are Associative features?
characteristics shared with other information presented either concurrently or previously
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# Encoding What is Integration?
The process of linking new information to pre-existing knowledge structures, such as prior schemas, concepts and events
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# Encoding - Integration What may processing be advantageous for?
the very simple reason that new experiences undergo integration with things that are already successfully stored in memory
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# Encoding What do we understand under organization in encoding?
people actively and inevitably seek meaning in new experiences -> they impose their own organization on the events they perceive in the world (e.g. through schemas)
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# Encoding - Organization what did people tend to do to remember?
produce words in clusters or chunks and recall them in the same order trial after trial
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# Encoding - Organization What is the Subjective organization?
a strategy whereby a learner attempts to organize unstructured material so as to enhance learning -> one way is building bigger and bigger chunks
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# Encoding What does research on organization indicates?
that these effects grow even larger the longer one waits to test memory
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# Encoding What does Organization enhance? | 2 things
short-term performance and long-term retention
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# Encoding operations What plays an important rule?
Instructions
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# Encoding operations What is typically beneficial regarding Instructions?
giving instructions to process items coherently and meaningfully -> transforming word lists into stories or interacting images
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# Encoding - Organization What is one of the techniques that might be more effective than others?
to try to link the various words into a coherent story -> creating chunks and linking them together
84