Lecture 5. Perception Mechanisms Flashcards

1
Q

receive stimuli outside of our bodies

A

exteroceptive sensory systems

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2
Q

process of detecting the presence of stimuli

A

Sensation

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3
Q

higher order process of recognizing, integrating and interpreting patterns of sensations

A

Perception

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4
Q

3 Types of Sensory Area Cortex

A

1) Primary Sensory Cortex
2) Secondary Sensory Cortex
3) Association Cortex

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5
Q

area that receives most of its input directly from the thalamic relay nuclei

A

Primary Sensory Cortex

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6
Q

areas that receives most of their input from the (1) primary sensory cortex or (2)some of the secondary sensory cortex

A

Secondary Sensory Cortex

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7
Q

any area that receives most of its input from more than one sensory system

A

Association Cortex

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8
Q

In association cortex, most input comes from?

A

via areas of secondary sensory cortex

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9
Q

Three major principles

A

Hierarchal Organization, Functional Segregation and Parallel Processing

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10
Q

Sensory structures are organized based on its specificity and complexity of their function

A

Hierarchal Organization

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11
Q

each of 3 cortex levels in a sensory system contain functionally distinct areas that specialize in diff kinds of analysis

A

Functional Segregation

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12
Q

information flows through the components over multiple pathways

A

Parallel System

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13
Q

simultaneous analysis of a signal in different ways by multiple parallel pathways of a neural network

A

Parallel Processing

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14
Q

vibrations of air molecules

A

Sounds

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15
Q

Humans hearing capacity

A

20-20,000 hertz

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16
Q

Physical characteristics of sounds and how we perceive it

A

Physical and Perceptual Dimensions

17
Q

Three Physical and Perceptual Dimensions

A

Amplitude, Frequence, Complexity

18
Q

Amplitude

A

Loudness

19
Q

Frequency

A

Pitch

20
Q

Complexity

A

Timbre

21
Q

a sound of single frequency

A

Pure tone

22
Q

Pure tones is represented as

A

Sine wave patterns/vibrations

23
Q

Pure tones exist in?

A

laboratories or sound recording studios

24
Q

Close relationship in Pure tone?

A

frequency and perceived pitch

25
Q

Pitch is related to ?

A

fundamental frequency

26
Q

can be a frequency that is not a present component frequency

A

missing fundamental

27
Q

mathematical procedure for breaking down complex waves into their component sine waves

A

Fourier Analysis

28
Q

Tympanic membrane is aka

A

eardrum

29
Q

transmit sound vibrations from the external ear to middle ear particularly the ossicles

A

Tympanic Membrane (Eardrum)

30
Q

electromagnetic radiation that can be perceived by human eye

A

Light

31
Q

Light is viewed as

A

either discrete particles of energy (photon) or waves of energy

32
Q

Light is sometimes defined as

A

electromagnetic energy between 380-760 nm

33
Q

2 Notable Properties of Light

A

wavelength and intensity

34
Q

plays an important role in the perception of color

A

wavelength

35
Q

plays an important role in perception of brightness

A

intensity