Thornton Lectures Flashcards

(67 cards)

1
Q

What is reduced frequency selectivity?

A
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2
Q

What is loudness recruitment?

A
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3
Q

What are temporal processing changes?

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4
Q

What are binaural processing changes?

A
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5
Q

What is diplacusis?

A

Perception of hearing the same tone at a different pitch in each ear

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6
Q

What are pitch perception changes?

A
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7
Q

Apply methodology to loudness measurement

A
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8
Q

What are the benefits of hearing with TWO EARs?

A
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9
Q

Interaural Time Difference (ITD)?

A
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10
Q

Interaural Level Difference (ILD)?

A
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11
Q

What is IPD?

A
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12
Q

Sound Localization

A
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13
Q

Masking Effects

A
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14
Q

Effects of Hearing Loss

A
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15
Q

MAP/MAF

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16
Q

Which has better thresholds - MAP or MAF?

A
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17
Q

Hierarchy of Perception

A
  1. Detection
  2. Discrimination
  3. Recognition
  4. Comprehension
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18
Q

Compression

A
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19
Q

Temporal Distortion

A
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20
Q

Spectral Contrast

A
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21
Q

Localization

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22
Q

Differences between Waveform and Spectral representations

A
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23
Q

Two Models of Pitch Perception

A
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24
Q

Perceptual Mechanisms that underlie pitch perception of puretones and complex sounds

A
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25
Role of pitch perception in everyday listening
26
Effects of hearing loss on pitch
27
Strengths and Weaknesses of temporal processing
28
Temporal Acuity
29
Masking
30
Integration
31
Mechanisms of Temporal Integration
32
Relationship between Temporal Integration and Tone Durations
33
Hearing Loss alterations to Temporal Processing
34
Acoustics of Noise
35
How does noise impact signal detection?
36
Measuring masking with psychoacoustic methods
37
Frequency Selectivity
38
Hearing Loss
39
Pure Tones
40
Relate Detection to Physiological Representations
41
How do pathologies alter MAP functions?
42
Strength and Weaknesses of psychophysical measurement techniques
43
Response Bias
44
Effects of intensity, frequency, and bandwidth on loudness
45
Weber's Law
46
Implications of Weber's Law
47
Hearing Loss Alterations to Loudness Perception
48
Spherical vs Plane Wave
49
Inverse Square Law
50
Limits
51
Reflection
52
Standing Waves
53
Constructive vs Destructive Interference
54
Longitudinal Standing Waves
55
Resonant Frequency
56
Notes
57
Antinodes
58
Displacement
59
Pressure
60
Open/Open vs Close/Closed Systems
61
Refraction
62
Diffraction
63
Doppler Effect
64
Absorption
65
Absorption Coefficient
66
Reverberation Time (RT60)
67