Deck 6: Object Recognition
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Deck 6: Object Recognition
1
What is double dissociation?
A.A research method that determines whether face recognition always relies on the same neural substrate
B.A method that allows researchers to determine whether two cognitive functions are independent of one another.
C.A method for demonstrating that two mental processes are dependent on one another.
D.A symptom of patients with prosopagnosia
A.A research method that determines whether face recognition always relies on the same neural substrate
B.A method that allows researchers to determine whether two cognitive functions are independent of one another.
C.A method for demonstrating that two mental processes are dependent on one another.
D.A symptom of patients with prosopagnosia
A method that allows researchers to determine whether two cognitive functions are independent of one another.
2
Prosopagnosia is a selective inability to visually recognize or differentiate:
A.Identify of faces
B.A category of objects
C.Numbers
D.Facial expressions
A.Identify of faces
B.A category of objects
C.Numbers
D.Facial expressions
Identify of faces
3
What kind of visual processing do large receptive fields allow for?
A)Object recognition
B)Bionocular rivalry
C)Depth perception
D)Spatial coding
A)Object recognition
B)Bionocular rivalry
C)Depth perception
D)Spatial coding
A
4
Senses must determine and distinguish 'what' and 'where'.In the visual system which pathways tend to do what?
A)What.dorsal stream, Where.ventral stream
B)What.ventral stream, Where.dorsal stream
C)What.primary visual cortex, Where.dorsal stream
D)What.ventral stream, Where.primary visual cortex
A)What.dorsal stream, Where.ventral stream
B)What.ventral stream, Where.dorsal stream
C)What.primary visual cortex, Where.dorsal stream
D)What.ventral stream, Where.primary visual cortex
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5
The inversion effect of face processing has been used as evidence for which of the following?
A)Featural processing of faces
B)Configural processing of faces
C)Perceptual constancy of faces
D)Viewer-centered representations
A)Featural processing of faces
B)Configural processing of faces
C)Perceptual constancy of faces
D)Viewer-centered representations
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6
Differences in scale, contrast variation and occlusion are problems in visual perception that are solved by which part of the visual system:
A)Magnocellular pathway
B)Parvocellular pathway
C)Ventral stream
D)Dorsal stream
A)Magnocellular pathway
B)Parvocellular pathway
C)Ventral stream
D)Dorsal stream
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7
Which pattern of brain activation is the scientific evidence in favour of for a specific category of images?
A.Distributed activity across the entire ventral visual processing stream
B.Response to a particular category of visual images is found in just one area of the brain
C.Particular regions may specialise in terms of how and when they activate, but they will respond to more than one category of images and other regions will also activate for those images
D.Activity is distributed across regions of the brain except for face recognition
A.Distributed activity across the entire ventral visual processing stream
B.Response to a particular category of visual images is found in just one area of the brain
C.Particular regions may specialise in terms of how and when they activate, but they will respond to more than one category of images and other regions will also activate for those images
D.Activity is distributed across regions of the brain except for face recognition
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8
Neural adaptation (aka habituation) in fMRI occurs when the same object is presented to someone repeatedly, which results in decreases of neural activation with each repetition of that object.Interestingly, showing a picture of a real apple several times and then showing a drawing of an apple continues to elicit decreasing activation with each presentation despite these variations.This is an example of:
A)Category specific processing
B)Form-cue invariance
C)Receptive field sensitivity
D)Stimuli competition
A)Category specific processing
B)Form-cue invariance
C)Receptive field sensitivity
D)Stimuli competition
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9
Visual agnosia is an inability to recognize objects in the visual modality and is divided into two types:
A.Apperceptive and associative agnosia
B.Percept and associative agnosia
C.Apperceptive and pattern agnosia
D.Percept and pattern agnosia
A.Apperceptive and associative agnosia
B.Percept and associative agnosia
C.Apperceptive and pattern agnosia
D.Percept and pattern agnosia
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10
The ventral visual processing stream consists of two areas of the brain that are devoted to processing visual stimuli.What are they called?
A.HYPERLINK "https.//en.wikipedia.org/wiki/Primary_visual_cortex" \o "Primary visual cortex" Primary visual cortex and occipital regions
B.Parietal and temporal regions
C.Occipitotemporal and temporal regions
D.V1 and temporal regions
A.HYPERLINK "https.//en.wikipedia.org/wiki/Primary_visual_cortex" \o "Primary visual cortex" Primary visual cortex and occipital regions
B.Parietal and temporal regions
C.Occipitotemporal and temporal regions
D.V1 and temporal regions
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11
Someone with apperceptive agnosia would have deficits with which of the following:
A)Motion detection
B)Spatial frequency discrimination
C)Holistic processing
D)Contrast sensitivity
A)Motion detection
B)Spatial frequency discrimination
C)Holistic processing
D)Contrast sensitivity
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12
The brain's ability to recognize the different instances of the same object as shown in a photo, a painting, and a drawing is an example of ____________ and is related to activation in the _____________.
A)Inversion effect, left ventral stream
B)Featural processing, dorsal stream
C)Population coding, V4 in extrastriate cortex
D)Cue form invariance, lateral occipital cortex
A)Inversion effect, left ventral stream
B)Featural processing, dorsal stream
C)Population coding, V4 in extrastriate cortex
D)Cue form invariance, lateral occipital cortex
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13
Neural modules within the ventral stream may be specialized for recognising specific categories of objects.There is evidence for four types of specialized modules.Which acronyms represent these four types?
A.VWFA, PPA, EBA, FFA
B.VWFA, PPA, EPA, FAA
C.VWFA, PPP, EBA, FAA
D.VWWA, PAA, EPA, FFA
A.VWFA, PPA, EBA, FFA
B.VWFA, PPA, EPA, FAA
C.VWFA, PPP, EBA, FAA
D.VWWA, PAA, EPA, FFA
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14
Which hemisphere of the brain seems to play a predominant role in face recognition?
A.Right
B.Left
C.Neither
A.Right
B.Left
C.Neither
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15
Someone with associative agnosia would be able to __________ but would have difficulties with ________:
A)Name objects, detect identical objects
B)Copy objects, naming objects
C)Label categories, copying objects
D)Detect motion, detect direction
A)Name objects, detect identical objects
B)Copy objects, naming objects
C)Label categories, copying objects
D)Detect motion, detect direction
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16
Fill in the gaps in the following sentence.Early cortical areas code __________________, whereas higher-level areas are critical for organizing sensations into representations of __________________.
A.Basic features, recognizable objects
B.Recognizable objects, basic features
C.Visual information, tactile information
D.Tactile information, visual information
A.Basic features, recognizable objects
B.Recognizable objects, basic features
C.Visual information, tactile information
D.Tactile information, visual information
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17
Conjunctive encoding and nonlocal binding are two models of what?
A.Inversion effects
B.Configural processing enhancement
C.How individual features combine into whole shapes
D.How whole shapes are broken down into features
A.Inversion effects
B.Configural processing enhancement
C.How individual features combine into whole shapes
D.How whole shapes are broken down into features
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18
The grandmother cell theory relates to the coding of cells in the ventral stream.What type of coding is it an example of?
A.Population coding
B.Ventral stream coding
C.Position coding
D.Sparse coding
A.Population coding
B.Ventral stream coding
C.Position coding
D.Sparse coding
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19
Compared to right hemispheric damage, someone with damage to the ventral stream in their left hemisphere would have more deficits in which of the following:
A)Categorizing similar objects
B)Naming objects
C)Recognizing faces
D)Reading
A)Categorizing similar objects
B)Naming objects
C)Recognizing faces
D)Reading
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20
What are the three ways that auditory agnosia can manifest?
A.verbal auditory, pure-word deafness, mixed auditory
B.tactile asymbolia, pure-word deafness, mixed auditory
C.verbal auditory, nonverbal auditory, mixed auditory
D.localization agnosia, verbal auditory, nonverbal auditory
A.verbal auditory, pure-word deafness, mixed auditory
B.tactile asymbolia, pure-word deafness, mixed auditory
C.verbal auditory, nonverbal auditory, mixed auditory
D.localization agnosia, verbal auditory, nonverbal auditory
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21
There is support that the fusiform face area is specialized for processing faces as well as being an area related to what?
A)Expertise
B)Word recognition
C)Biological motion
D)Constructing 3-d percepts
A)Expertise
B)Word recognition
C)Biological motion
D)Constructing 3-d percepts
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22
Which of the following is a tenet of the conjunctive coding model of visual processing?
A)Objects and their features are processed simultaneously
B)Familiar objects are processed differently than novel objects
C)Objects are more than the sum of their parts
D)Objects are summations of their featural aspects
A)Objects and their features are processed simultaneously
B)Familiar objects are processed differently than novel objects
C)Objects are more than the sum of their parts
D)Objects are summations of their featural aspects
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