Problem 1 - Memory & Learning Flashcards

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1
Q

Memory

A
  • the process of saving information for a period of time
  • synonym for learning => emphasis on ability to recall at a later time.
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2
Q

Storage

A
  • the process of putting new information in memory
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3
Q

Encoding

A
  • modifying information that helps us store it easily.
  • changing the form + adding it to existing information + simplifying the information
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4
Q

Retrieval

A
  • finding or retrieving information previously stored.
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5
Q

Dual-store model of memory - Atkinson and Shiffrin 1968

A
  1. Sensory register
  2. Working (short-term) memory
  3. Long-term memory
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6
Q

Sensory register

A
  • holds information for long enough to undergo very preliminary cognitive processing
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7
Q

Characteristics (Capacity, forms of storage and duration): sensory register

A
  1. Capacity: large
  2. Forms of storage: original form (visual, auditory etc)
  3. Duration: brief

Factors affecting the duration:
1. Interference
2. Decay = Unimportant information

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8
Q

Process from sensory register to working memory:

A

Attention:
- focused cognitive processing of particular aspects of the environment
- factors: Motion, size, intensity, novelty, incongruity, social cues, emotions, personal significance
- cocktail party phenomenon: ability to attend to one spoken message while ignoring others.
- nature: undefined, both automatic/conscious control, involves learning.
- capacity: figure-ground, selecting information, tasks that require more cognitive processing take more space.
- scattered attention hypothesis vs trained hypothesis: managing mental resources through selection (attention is scarce) vs training improves the capacity of attention (attention is not scarce)
- bottleneck theory of attention: multitasking is a myth + only one item can be processed at a time.

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9
Q

Working memory

A
  • where cognitive processing/active thinking takes place.
  • it may also hold and process information that it retrieves form the long-term memory store.
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10
Q

Working memory: central executive component

A
  • subcomponent: head of the head.
  • controls and monitors the flow of information
  • becomes sophisticated and effective as we age.
  • effortful control: self-control/self-regulation for distractions etc
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11
Q

Characteristics (Capacity, forms of storage and duration) of Working Memory

A

Capacity: limited
- 7+/- 2 chunks of information
- chunking can increase the capacity within each unit, but not the overall capacity.
Forms of storage:
- phonological loop: auditory information
- visuospatial sketchpad: visual information
- episodic buffer: different modalities and long-term memory interacts and integrate each other into an overall understanding.
Duration: short, +/-30 seconds
- decay and interference

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12
Q

Control processes in working memory: organization, retrieval, maintenance rehearsal

A
  1. Organization: to increase capacity (chunking)
  2. Retrieval: easy/automatic, depends on how much is stored in the WM.
  3. Maintenance rehearsal: processing of repeating information, subvocal speech, better for short items, not a sustainable way of learning (decay happens once repetition stops)
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13
Q

Process from working memory to long-term memory:

A

Connections: relating the information to prior knowledge.

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14
Q

Long-term memory

A
  • complex component
  • declarative knowledge = knowledge/facts
  • procedural knowledge = procedures of actions
  • flexible storage, long duration
  • structure: schemas (cognitive construct of many elements in a single element, small/large, automatic/controlled).
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15
Q

Characteristics (Capacity, forms of storage and duration): long-term memory

A

Capacity: unlimited
Forms of storage:
- explicit (easily recalled/explained)
- implicit (behavior, cant consciously be retrieved and inspected)
- interconnectedness: relating pieces that go together
Duration: no way to show, thought to be unlimited (decay is a retrieval problem)

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16
Q

Challenges to the dual-store model

A
  • sensory and working memory might be overlapping mechanisms
  • working and long term may be different aspects of a single storage mechanism
  • is conscious processing in working memory really necessary for storage in long-term memory?
17
Q

Alternative view: levels of processing theory

A

Central processor:
- process information in one of the several levels of complexity
- limited capacity
- superficial information lasts longer
- thorough information kept long-term
- incidental learning: just as likely to learn well or less
- intentional learning: actively engaged in cognitive/metacognitive = learns better
Criticism:
- depth of procesing: vague
- degree of learning does not equal degree of processing
- superficial learning can lead to better recall than deep processing (small repetitions)

18
Q

Alternative view: activation theory

A

WM and LTM are two different states of activation
- active state: WM = new information (if other information interferes, becomes inactive and goes to LTM)
- inactive state: LTM = not aware of the information (priming activates associated memories and makes them active in the WM)

19
Q

Generalizations about memory and their educational implications: attention

A
  • essential for explicit memory
  • CL: limited amount of information can be processed at once
  • differences in executive skills = can be taught
  • teaching bout selective techniques through signals
  • effective strategies to capture and hold attention:
    1. Variety in topics/presentation styles
    2. Frequent breaks
    3. Questions
    4. Minimize distractions (class/independent work)
    5. Assist those in needs
    6. Monitor behaviors
20
Q

Cognitive load theory

A
  • processing limited amount of information at a time.
    1. Intrinsic: complexity of a task + skills of the person
    2. Extraneous: problems not related to the task (min)
    3. Germane: mental ability to integrate new information with existing knowledge through schemas (preferred for learning)
21
Q

CL theory:

A
  • limited capacity of WM: enforces students to organize, condense and synthesize information
  • element interactivity: interrelatedness between each element learning determines how difficult it is to process the information in the WM.
  • Imagination effect: visualisation/imagination facilitates learning (prompts WM, creates better schemas = improves storage)
  • expertise reversal effect: learning no long advantageous + less attention + no absorption of information due to boredom
22
Q

The role of motivation

A
  • self-efficacy = learner effort + learner characteristics
  • Practice variability: varied practice increases motivation + transfer
  • optimal involvement:
  • cognitive efficiency:
  • criticism: