Engineering
Frequency Noise
100%
Packet Loss
51%
Wind Turbine
47%
Sound Field
33%
Equal-Loudness Contour
31%
Industrialized Country
31%
Sound Pressure
24%
Sound Pressure Level
19%
Control Region
18%
Wireless Communication
18%
Octave Band
17%
Frequency Selectivity
15%
Additional Data
15%
Control Zone
15%
Audio Coding
15%
Final Result
15%
Design of Experiments
15%
Helicotrema
15%
Test Facility
15%
Sound Level Meter
15%
Filtered Signal
15%
Information Technology
15%
Impulse Response
15%
Pressure Field
10%
Plane Wave
10%
Relative Amount
9%
Frequency Part
9%
Frequency Content
9%
Spatial Variation
7%
Sound Frequency
7%
A-Weighting
7%
Calibration Procedure
7%
Filter Banks
7%
Acquisition Time
7%
Sound Power
5%
Octave Band Spectrum
5%
Field Condition
5%
Transfer Function
5%
High Pass Filter
5%
Standing Wave
5%
Frequency Response
5%
Rough Estimate
5%
Keyphrases
Sound Zones
47%
Low-frequency Sound
36%
Noise Complaints
31%
Loudspeaker
24%
Noise Annoyance
21%
Wireless
18%
Zoning System
18%
Low-frequency Filters
15%
Frequency Test
15%
Cochlear Anatomy
15%
Shape Sensitivity
15%
Helicotrema
15%
Field Propagation
15%
Equalization Techniques
15%
Psychophysical Tuning Curves
15%
Ministers
15%
Complainant
15%
Low-frequency Noise
15%
Critical Band
15%
Auditory Filter
15%
Packet Loss
15%
FIR Filter
15%
Impulse Response Measurement
15%
Room Impulse Response
15%
Synchronization Error
15%
Tinnitus
14%
Substantial Part
12%
Slope Change
10%
Robust Filter
10%
Filter Bandwidth
9%
Low-frequency Hearing
8%
Hearing Function
8%
High Sound Pressure Level
7%
Hybrid Mode
7%
Flat Frequency Response
7%
Wind Turbine
7%
Noise Limits
7%
Sound Separation
7%
Octave Band Analysis
7%
MATLAB Program
7%
Sound Pressure
6%
Control Region
6%
Infrasound
6%
Annoyance
6%
Subject-Dependent
5%
Perceptual Information
5%
Smooth Slope
5%
Changes in Slope
5%
Post-stimulus
5%
Cochlear Amplifier
5%