Pitch Analysis of Vocalists in a Barbershop Quartet Adam Malsack ECE 601: All of Signal Processing.

Slides:



Advertisements
Similar presentations
Chapter 21 Musical Sounds.
Advertisements

© 2010 Pearson Education, Inc. Conceptual Physics 11 th Edition Chapter 21: MUSICAL SOUNDS.
Why do a capella singers go flat…? The mathematics of tuning systems in music Colin
Sound Synthesis Part II: Oscillators, Additive Synthesis & Modulation.
For those who have never played an instrument
MUSIC NOTES Noise Versus Music  What is the difference between noise and music?  Answer: The appearance of the waveform.  What is the difference between.
Physics 1251 The Science and Technology of Musical Sound Unit 1 Session 8 Harmonic Series Unit 1 Session 8 Harmonic Series.
SPH3U Exam Review Waves and Sound.
CHAPTER 12 Loudness and Pitch. Loudness/Pitch Loudness--psychological experience most directly related to sound pressure/intensity Pitch--psychological.
Look Who’s Talking Now SEM Exchange, Fall 2008 October 9, Montgomery College Speaker Identification Using Pitch Engineering Expo Banquet /08/09.
Sept. 6/11. - Sound Sounds may be perceived as pleasant or unpleasant. What are these sounds that we hear? What is "sound"? What causes it, and how do.
Basic Spectrogram Lab 8. Spectrograms §Spectrograph: Produces visible patterns of acoustic energy called spectrograms §Spectrographic Analysis: l Acoustic.
L 17 The Human Voice. The Vocal Tract epiglottis.
Timbre (pronounced like: Tamber) pure tones are very rare a single note on a musical instrument is a superposition (i.e. several things one on top of.
Acoustics of Instruments Music Theory Class Gettysburg College.
Communications & Multimedia Signal Processing Refinement in FTLP-HNM system for Speech Enhancement Qin Yan Communication & Multimedia Signal Processing.
© 2010 Pearson Education, Inc. Conceptual Physics 11 th Edition Chapter 21: MUSICAL SOUNDS Noise and Music Musical Sounds Pitch Sound Intensity and Loudness.
Kinect Player Gender Recognition from Speech Analysis
Cell Phone Effect on Sounds Caleb “Raising the Bar” __________ Max “The World’s Largest 3G Network” __________.
Beats and Tuning Pitch recognition Physics of Music PHY103.
BY: JOSH TABOR Applying Multilayer Perceptron Artificial Neural Networks to Recognizing Piano Keystrokes.
WEEK 12 Revision class 2. Threshold of pain 140dB Threshold of hearing is 0dB.
Filtering. What Is Filtering? n Filtering is spectral shaping. n A filter changes the spectrum of a signal by emphasizing or de-emphasizing certain frequency.
Physics of Sound Part 1 Sound waves How they are generated and travel.
Day 6 Exam I is on Thursday. Be sure to attend lab this week.
CH. 21 Musical Sounds. Musical Tones have three main characteristics 1)Pitch 2) Loudness 3)Quality.
SIL Speech Analyzer: Tutorial Part 2 Dr. Barbara Brindle CD 508 – Voice Disorders Dr. Dudley Bryant PHYS Acoustics.
Noise and Sensitivity of RasClic 91
Sound AP Physics Chapter Characteristics of Sound Vibration and Waves.
Sound AP Physics Chapter 12.
Loudness level (phon) An equal-loudness contour is a measure of sound pressure (dB SPL), over the frequency spectrum, for which a listener perceives a.
Chapter 21 Musical Sounds.
How your age affects your Hearing. Background I picked this project because I was interested in the mosquito ring tone. The mosquito ring tone is a cell.
A comparison of two quantities by division. You can write a ratio three different ways.
Chapter 13: Sound and Waves. Air Pressure Pressure: a measure of the force felt by the walls of the container holding the gas More molecules = more pressure.
Electronics Principles & Applications Eighth Edition DSP Audio Examples (Ch. 16 supplement) Charles A. Schuler McGraw-Hill©2013 by The McGraw-Hill Companies,
Recording Arts…Audio Sound Waves Fall What does this all mean to you in this class? You are always working with sound waves – it is important to.
A Brief Introduction to Musical Acoustics
SOUNDS RECORDING AND REPRODUCTION The Volume of the Wave n The Amplitude is a measure of volume n The wave pink is softer than the blue wave. n It represents.
Combination of tones (Road to discuss harmony) 1.Linear superposition If two driving forces are applied simultaneously, the response will be the sum of.
L 15 Brass Instruments.
Holt Physics Chapter 13 Sound.
Intro to Fourier Series BY JORDAN KEARNS (W&L ‘14) & JON ERICKSON (STILL HERE )
Music Theory 1 -The Structure of Music Alan Cohen
예배자학교 3 RD SESSION SOUND & THE SYSTEM THE FIRST PRESBYTERIAN CHURCH OF WATERLOO 워터루제일한인장로교회 PREPARED BY JA-YEON CHOI.
Section Vocabulary  Pitch- the highness or lowness of sound  Hertz- unit used to measure the frequency of a sound wave  Octave- A series of 8 notes.
Noise Cancelling 1-Wire Microphone
Loudness level (phon) An equal-loudness contour is a measure of sound pressure (dB SPL), over the frequency spectrum, for which a listener perceives a.
PSYCHOACOUSTICS A branch of psychophysics
Loudness level (phon) An equal-loudness contour is a measure of sound pressure (dB SPL), over the frequency spectrum, for which a listener perceives a.
10ch Stereo Mixing System
(Road to discuss harmony)
(Road to discuss harmony)
Loudness level (phon) An equal-loudness contour is a measure of sound pressure (dB SPL), over the frequency spectrum, for which a listener perceives a.
POWER AMP PCS-4000D [SOUNDBARRIER] Amplifier Type : Class H
Duy dang, Robert kern, esteban kleckner
A map of periodicity orthogonal to frequency representation in the cat auditory cortex.  Gerald Langner, Ben Godde, and Hubert R. Dinse Examples of auditory.
POWER AMP PCS-1100 [SOUNDBARRIER] Amplifier Type : Class H
POWER AMP PCS-3400D [SOUNDBARRIER] Amplifier Type : Class H
Quiz: Introduction to Frequency Domain TIPL TI Precision Labs – ADCs
Ch. 13 Sound.
Intro to Fourier Series
Remember me? The number of times this happens in 1 second determines the frequency of the sound wave.
Why do a capella singers go flat…?
Harmonic Cancellation Connecting Loads Through Phase Shifting Transformers Dave Loucks, Ph.D., PE, CEM.
(Road to discuss harmony)
INFORMATION CAPACITY AND NOISE
v = f fn = nf1  = 5558 m 343 = 5558(f) f = Hz 325th harmonic
Musical Scales WHY NOT?.
What is Sound?
Presentation transcript:

Pitch Analysis of Vocalists in a Barbershop Quartet Adam Malsack ECE 601: All of Signal Processing

Background Pitches  Whole number ratios Equal vs. Just Temperament (Intonation)‏  Piano  Trombone How are pitches chosen?  Fundamentals?  Certain harmonics?

Goal of Signal Processing Collect data of each singer independently  Close mic  Isolation/bleed Perform pitch analysis on each singer  Choose held chords  FFT

Modeling Data Collected Human (male) voice characteristics  Relevant range 180Hz to 15kHz  Harmonic in nature  Fundamental range 180Hz to ~500Hz Noise characteristics  Well below signal (< -60dB)‏  White + 60Hz + odd harmonics

Signal Processing FFT Record fundamentals Extrapolate harmonic series Hypothesize what is intended

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2024 SlidePlayer.com. Inc. All rights reserved.