hard topics Flashcards

1
Q

computational thinking

A

the thought processes involved in formulating problems so their solutions can be represented as computational steps and algorithms

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2
Q

connectionism

A

a learning theory that presents learning as the result of a connection between a stimulus and a response. A stimulus is a thing or occurrence that brings about a result, and a response is a result or outcome.

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3
Q

cognitive mapping

A

a mental picture or image of the layout of the physical environment

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4
Q

WWII’s role

A

the war demanded rapid progression of such technology, resulting in the production of new computers of unprecedented power
the emergence of social and cultural psychology as legitimate areas of science

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5
Q

embodied cognition

A

the mind emerges from relations between brain, body, and world

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6
Q

gibson’s theory

A

Perception is a direct, bottom-up process. Perception doesn’t require the use of past knowledge or the interpretation of sensory data.
Sensory data is rich, complex, and sufficient to make accurate environmental judgments.
Perception is an innate process that is a result of evolution.

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6
Q

bierdeman’s recognition-by-components theory

A

According to RBC theory, we are able to recognize objects by separating them into geons (the object’s main component parts).

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7
Q

affordances in gibson’s theory

A

the quality or property of an object that defines its possible uses or makes clear how it can or should be used

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8
Q

blindsight in being consciously aware

A

A neurological condition where someone can perceive the location of an object despite being cortically blind
we process more information than we are aware of

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9
Q

optic flow

A

the pattern of apparent motion of objects, surfaces, and edges in a visual scene caused by the relative motion between an observer and a scene

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9
Q

apperceptive agnosia

A

trouble recognizing objects even though you have typical vision

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10
Q

ambient optic array

A

the structured arrangement of light with respect to a point of observation.

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11
Q

perception/action approach

A

the new sensory stimulation is not divorced from the actions that generated it; rather, the two are paired together. That is, the mind learns the pairing of changes in sensory stimulation along with the actions that caused them

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12
Q

associative agnosia

A

impairment in recognition or assigning meaning to a stimulus that is accurately perceived

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13
Q

experience error

A
  • What you see isn’t what you get
    • The false assumption that the structure of the world is directly given from our senses
      Visual illusions illustrate that we don’t always perceive an accurate representation of a visual stimulus
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14
Q

expertise hypothesis

A

putatively face-specific mechanisms are actually domain-general, and can be recruited for the perception of other objects of expertise

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15
Q

where and what pathways

A

where: the location of objects in space and for the guidance of actions
what: support the processing of visual information about the identity of objects

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16
Q

the role of binding in visual search

A

allows us to memorize not only separate visual features, such as colors, shapes, and orientations, but also their specific conjunctions that characterize objects in the visual world

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17
Q

triesman’s model

A

retains both the idea of an early selection process, as well as the mechanism by which physical cues are used as the primary point of discrimination

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18
Q

broadbent’s model

A

a filter acts as a buffer on incoming sensory information to select what information gains conscious awareness

19
Q

posner cueing task

A

designed to measure the time it takes to re-orient attention from one side of the visual field to the other, when a misleading cue was given

20
Q

covert attention

A

allowing the brain to attend to an object without moving the eyes toward that object

21
Q

overt attention

A

the brain to attend to an object with moving the eyes toward that object

22
Q

attention as a spotlight

A

attention operates like a beam or a moving spotlight; i.e., stimuli on which the spotlight is focused are selected for priority processing at the expense of stimuli being presented outside

23
Q

attenuation model

A

the selective filter distinguishes between two messages on the basis of their physical characteristics, such as location, intensity and pitch

24
Q

baddeley’s model

A

the phonological loop, the visuospatial sketchpad, the central executive, and the episodic buffer

25
Q

echoic memory

A

the sensory memory that registers specific to auditory information

26
Q

coding acoustically

A

Remembering something by storing the sound of its verbal expression rather than its meaning or the physical movements required to articulate it

27
Q

articulatory suppression

A

the process of inhibiting memory performance by speaking while being presented with an item to remember

28
Q

word length effect

A

word length effect

29
Q

components of WM

A

visuospatial sketchpad, phonological loop, executive control, and episodic buffer.

30
Q

central executive role

A

responsible for controlled processing in working memory, including but not limited to, directing attention, maintaining task goals, decision making, and memory retrieval.

31
Q

sperling’s test

A

The participants of the study were asked to look at the letters for approximately 1/20th of a second and recall them soon afterward. During this procedure, described as free recall, the participants were able, on average, to recall 4 to 5 of the 9 letters which they had seen

32
Q

operation span task

A

maintaining the task goal of memorizing items and recalling them in the correct serial order while concurrently performing distracting math problems

33
Q

visual-spatial sketchpad role

A

processes visual information (the visual cache) and spatial information (the inner scribe)

34
Q

WM vs STM

A

held that short-term memory is super quick: It stores information briefly. Working memory is related to short-term memory, but it lasts slightly longer and is involved in the manipulation of information.

35
Q

multiple trace theory

A

every item ever encoded, from birth to death, will exist in this matrix as multiple traces

36
Q

von restorff effect

A

the proven psychological theory that the more something stands out from the crowd the more likely it is to be seen

37
Q

craik + lockhart’s view

A

The level or depth of processing of a stimulus has a large effect on its memorability

38
Q

levels of processing theory

A

the way information is encoded affects how well it is remembered

38
Q

encoding specificity theory

A

memories are linked to the context in which they are created

39
Q

reconsolidation

A

the process of replacing or disrupting a stored memory with a new version of the memory

40
Q

initial consolidation

A

synaptic consolidation takes place within minutes to hours of memory encoding or learning

41
Q

systems consolidation

A

the process by which memories become independent of the hippocampus and stored in regions of the neocortex
takes up to 2 decades

42
Q

tulving + thomson

A

the distinction between episodic and semantic memory

43
Q

synaptic consolidation

A

allows relevant memories to be consolidated within a single synapse, so that new memories can no longer alter previously consolidated ones

44
Q

dual-coding theory

A

a theory that posits the existence of two interconnected subsystems in the human cognitive system: a verbal system and an imagery system

45
Q

semantic processing

A

the stage of language processing that occurs after one hears a word and encodes its meaning: the mind relates the word to other words with similar meanings