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| March 22-23, 2012 |
Brighton, MI |
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| September 27-28, 2012 |
Brighton, MI |
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| Seminar Objectives: |
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| It is applications-oriented and develops listening-guided measurement techniques in an acoustic and vibration context. Relating metrics to specific noise and vibration issues will be explored with hands-on participation. |
| Course documentation includes printed material, PowerPoint presentations, and a library of ArtemiS example Projects with sample data files. ArtemiS systems are available for hands on exercises throughout the course. (Participants are encouraged to bring their own data files) |
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| Duration: |
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| (lunch is provided each
day) |
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| Seminar Outline: |
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Introduction |
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Objective description
of subjective evaluation |
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Reducing multidimensional problems
into fewer measurement dimensions |
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Pattern-recognition and signal
estimation in human perception |
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Perception and measurement
of harmonic sounds |
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Consonance and dissonance |
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Advanced signal processing for sound
and vibration (part I) |
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Modulation analysis |
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Advanced time/frequency/RPM
analysis |
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Considerations of time and
frequency: FFT, 1/n Octave |
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Variable Frequency Resolution (VFR), Wavelet analysis |
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Advanced psychoacoustics (Hearing Model, Sottek) |
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System Analysis: Transfer function, Coherence,
Impulse Response |
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Advanced signal processing for sound
and vibration (part II) |
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Pattern recognition using Relative Approach |
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"Unmeasurable" yet clearly-audible phenomena |
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High-resolution Spectral Analysis |
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Analysis of tachometer |
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Variable filters |
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FIR filters: detailed spectral filtering |
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Creating filters from
measurements or differential measurements |
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Creating filters interactively |
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Modeling from measured
or predicted data |
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Psychoacoustic time structure
from tonal structures; tonal FIR filters |
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© 2011 HEAD acoustics®. All rights reserved. |
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