TA212 The Technology of Music Welcome Introductions Hopes and Fears The Module Assignments What Happens Next.

Slides:



Advertisements
Similar presentations
Features of MP3, MIDI, wave, audio and file types including suffixes. By Georgina Honeysett PGCE ICT.
Advertisements

Terms cont’d. The Ball And Frequency. “The Ball” Watching an unfamiliar sporting event It is difficult to try to absorb all the rules and protocols immediately.
Sound in multimedia How many of you like the use of audio in The Universal Machine? What about The Universal Computer? Why or why not? Does your preference.
Analysis of recorded sounds using Labview
 Making Sound Waves:  A sound wave begins with a vibration.  How Sound Travels:  Like other mechanical waves, sound waves carry energy through a medium.
Waves, Sound, and Light Section 1 Waves.
Musical Instruments and Sound Simple Harmonic Motion Envelope of sound NIHL report AUD202 Audio and Acoustics Theory.
1. If this standing wave is 3.2 m long, what is the wavelength? (2.56 m)
Sound waves.
Sound waves Pg. 45 in NB.
Foundations of Physics
You can identify sounds without seeing them because sound waves carry information to your ears. People who work in places where sound is very loud need.
Digital audio recording Kimmo Tukiainen. My background playing music since I was five first time in a studio at fourteen recording on my own for six months.
Bike Generator Project Each lab section will build 1 bike generator Each lab group will build 1 energy board Connect and test energy board and bike generator.
Sound Chapter 13.
Chapter 15 Sound 15.1 Properties of Sound 15.2 Sound Waves
Principle of Superposition Interference Stationary Waves
Sound and Hearing. Sound Waves Sound waves are mechanical and longitudinal waves What does this tell you about sound waves? Sound waves need a material.
Chapter 16: Sound 16-3 Intensity of Sound: Decibels
Acoustics in Twenty Words or Less. What is Acoustics? The Science of Sound!
Spring 2002EECS150 - Lec13-proj Page 1 EECS150 - Digital Design Lecture 13 - Final Project Description March 7, 2002 John Wawrzynek.
1 Multimedia Systems 1 Dr Paul Newbury School of Engineering and Information Technology ENGG II - 3A11 Ext: 2615.
BPC: Art and Computation – Summer 2007 Digital Media – Audio, part 2 Robert Putnam
Chapter 4 Powerpoint: Hearing
Chapter 15 The Nature of Sound What is Sound??? Sound is a Longitudinal Wave traveling through matter.
Vibrations Sound waves are compression waves. They are made of atoms being pushed, or compressed, by other atoms. Why wouldn’t sound waves carry in.
The Human Ear fancy sub-heading. Parts of the ear Three main parts: The outer ear consists of the pinna, ear canal and eardrum The middle ear consists.
17.4 Sound and Hearing Sound waves are longitudinal waves that travel through a medium. Many behaviors of sound can be explained by using a few properties:
COMP Representing Sound in a ComputerSound Course book - pages
C-15 Sound Physics Properties of Sound If you could see atoms, the difference between high and low pressure is not as great. The image below is.
TA212 The Technology of Music Steve Wells. Tutorial 4 TMA04 –cutoff date January 22nd Block 4 Part 1 –starts February 15th TA212 The Technology of Music.
Standing waves on a string (review) n=1,2,3... Different boundary conditions: Both ends fixed (see above) Both ends free (similar to both ends fixed )
15.1 Properties of Sound  If you could see atoms, the difference between high and low pressure is not as great.  The image below is exaggerated to show.
Signal Digitization Analog vs Digital Signals An Analog Signal A Digital Signal What type of signal do we encounter in nature?
Calculate the speed of 25 cm ripples passing through water at 120 waves/s.
© NTScience.co.uk 2005KS3 Unit 8l – Sound and Hearing1 Sound.
Chapter 15 Recording and Editing Sound. 2Practical PC 5 th Edition Chapter 15 Getting Started In this Chapter, you will learn: − How sound capability.
Introduction to SOUND.
Day 6 Exam I is on Thursday. Be sure to attend lab this week.
Chapter 15 Sounds.
Georgia Institute of Technology Introduction to Processing Digital Sounds part 1 Barb Ericson Georgia Institute of Technology Sept 2005.
Fundamentals of Audio Production. Chapter 1 1 Fundamentals of Audio Production Chapter One: The Nature of Sound.
By Rhett Price. Speed of sound depends on density Correlation between speed and density Not as fast as light speed Also affected by pressure and temperature.
Recording Arts Intro Part 2 Fall How sound waves interact… When different waves collide (e.g. sound from different sources) they interfere with.
Intro-Sound-part1 Introduction to Processing Digital Sounds part 1 Barb Ericson Georgia Institute of Technology Oct 2009.
Introduction to psycho-acoustics: Some basic auditory attributes For audio demonstrations, click on any loudspeaker icons you see....
Wed. Mar. 12 Do Now: What kind of wave is a sound wave?
Chapter 15 Sound What is Sound? a pressure disturbance
Sound. Sound Capture We capture, or record, sound by a process called sampling: “measuring” the sound some number of times per second. Sampling rate is.
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.
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.
15.2 Sound Waves. Chapter 15 Objectives  Explain how the pitch, loudness, and speed of sound are related to properties of waves.  Describe how sound.
Sound and Hearing Chapter 17 Section Four. Science Journal Entry 35 Compare and contrast reflection, refraction and diffraction.
SOUND It is composed of waves of compression and rarefaction in which the human ear is sensitive It is composed of waves of compression and rarefaction.
Holt Physics Chapter 13 Sound.
XP Practical PC, 3e Chapter 14 1 Recording and Editing Sound.
Chapter 16: Sound 16-5 Quality of Sound, and Noise; Superposition 16-6 Interference of Sound Waves; Beats 16-7 Doppler Effect HW problems: Chapter 16:
Chapter 15 Recording and Editing Sound
Chapter Twenty-Four: Sound
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.
Ch Sound The Nature of Sound Speed of Sound Human Hearing
THE WORLD OF SOUND BY:CHRTISTINA JOSEPH.
Chapter 16: Sound HW problems: Chapter 16: Pb.2, Pb.18, Pb.24, Pb.35, Pb.40, Pb.62: Due Wed., Jan. 17.
C-15 Sound Physics 1.
Vibrations Sound waves are compression waves. They are made of atoms being pushed, or compressed, by other atoms. Why wouldn’t sound waves carry in.
Pulling it together or apart!
Chapter 16: Sound.
You can identify sounds without seeing them because sound waves carry information to your ears. People who work in places where sound is very loud need.
Digital Audio Application of Digital Audio - Selected Examples
Chapter 15 Notes Sound.
Presentation transcript:

TA212 The Technology of Music Welcome Introductions Hopes and Fears The Module Assignments What Happens Next

TA212 The Technology of Music Hopes and Fears TA212 is both “Arts” and “Technology” What brings you out in a cold sweat?

TA212 The Technology of Music You should have... Home Experiment Kit –recorder, microphone, headphones –3 cardboard tubes, 1 drinking straw!!! First Mailing –Block 1, Companion to Block 1 –1 CD ROM –2 Audio CDs

Module Website TA212 The Technology of Music week by week activities

Module Website TA212 The Technology of Music news

Module Website TA212 The Technology of Music download your assignments

Module Website TA212 The Technology of Music conferences

TA212 The Technology of Music Module Website Searchable electronic versions of course material (pdf) News Study Calendar Conferences Assignments –assignments are not provided in hard copy.

TA212 The Technology of Music Steve’s TA212 Web Site

TA212 The Technology of Music The Module Five Blocks: –Prelude –Investigating Sound (what is sound?) –Musical Instruments (how is sound made?) –Sound Processes (how is sound manipulated?) –Project

TA212 The Technology of Music Block 1: Prelude Making Sense of Music Listening to Music Maths for Music This block is designed to bring everyone up to the same basic level in both Music Theory and Maths.

TA212 The Technology of Music Block 2: Investigating Sound Sound Basics waves, frequency, wavelength Sound Shape and Colour timbre, temperament Sound and Time more music theory Sound and Space reverberation Sound and the Listener listening, perception Sound Capture and Recapture microphones, amplifiers

TA212 The Technology of Music Waves Sinusoidal Pressure Waves Frequency –How many times per second Amplitude –How big wavelength pressure

TA212 The Technology of Music The Octave Double the frequency Notes an octave apart have the same name

TA212 The Technology of Music Decibel Examples (SPL) Threshold of pain130 dB Bass drum roll106 dB Violin at player’s ear85 dB Piano practice70 dB Domestic Living Room40 dB Empty Concert Hall20 dB Threshold of Hearing0 dB Investigating Sound -1, Page 45

TA212 The Technology of Music Harmonics Modes of Vibration Harmonic Series –frequencies: 100, 200, 300, 400, –Pitches –Most higher harmonics are out of tune!

TA212 The Technology of Music Reverberation Many Paths Long paths –have more reflections –take longer to arrive –are are quieter when they arrive

TA212 The Technology of Music The Human Ear Outer ear –Collects sound Middle ear –Impedance Coupling –Acoustic Reflex Inner Ear –Detects sound Outer Ear Middle EarInner Ear

TA212 The Technology of Music Impedance Matching Impedance –Property of all electronic circuits Get it wrong and you get distortion low high low high  high very high low Pre-amplifier

TA212 The Technology of Music Audition

TA212 The Technology of Music Audition

TA212 The Technology of Music Block 3: Musical Instruments What is a Musical Instrument Making sound strings, pipes, pitch Families of Instruments orchestral, electronic, voice How do Instruments Work?

TA212 The Technology of Music String Harmonics Many different standing waves The sounds they produce are the harmonics of the string.

TA212 The Technology of Music Wind Harmonics open pipestopped pipe NOTE: A conical pipe (such as an oboe) behaves like a pipe open at both ends

TA212 The Technology of Music Cristofori Action

TA212 The Technology of Music Vowels Shape of the vocal tract Each shape emphasises different frequencies The frequencies which are emphasised are called Formants

TA212 The Technology of Music Electromagnetic Induction Given any two, the third is produced electricity + magnetism = motion (electric motor) magnetism + motion = electricity (generator) electricity magnetismmotion

TA212 The Technology of Music Block 4: Sound Processes Desktop sound studio on your desktop Notation history, music printing Recording mechanical music, MIDI The Industry creating a recording, media, copy protection etc.

TA212 The Technology of Music WAV File “RIFF” Size 4 bytes Size bytes Format Chunk Data Chunk “WAVE”

TA212 The Technology of Music MIDI Connections Synthesiser MIDI Out MIDI Thru MIDI In “local off” switch

TA212 The Technology of Music Media Bandwidth Telephone3.4 kHz FM Radio15 kHz CD20 kHz MiniDisc20 kHz –but is always compressed!

TA212 The Technology of Music Cubase

TA212 The Technology of Music Block 5: EMA (The Project) Part 1: An essay about a musical instrument – Includes research outside the course material and analysis of the sound of the instrument using the course software. –Refer to Block 3 for the kind of information expected –Choose an “acoustic” instrument. Part 2: Desktop Sound –This may include creating sound samples and using them to realise a few bars of music presented as a score.

TA212 The Technology of Music Assignments Submitted and returned electronically –TMA00 optional used to prove that you have managed to connect into the eTMA system correctly 6 TMAs (Tutor Marked Assignments) EMA (End of Module Assessment) There is NO EXAM!!

TA212 The Technology of Music TMAs TMA01 (20%) - Block 1 TMA02 (15%) - Block 2 part 1 & Audition part 1 TMA03 (15%) - Block 2 part 2 & Audition part 2 TMA04 (15%) - Block 3 part 1 TMA05 (15%) - Block 3 part 2 TMA06 (20%) - Block 4

TA212 The Technology of Music Substitution Substitution does not apply to this module –If you fail to submit a TMA, you will get zero marks for that TMA.

TA212 The Technology of Music To Pass... 40% overall for the TMAs 40% for the EMA (the project)

TA212 The Technology of Music What Happens Next? Visit the Module Conference Read TMA01 so you know what to look for in the course text Form a study group to meet at a local pub to complain to each other about your tutor