Computer Music: Synthesis, Composition, and Performance

by Charles Dodge, Thomas A. Jerse, Charles Dodge; Thomas Jerse

Book Overview

This text reflects the current state of computer technology and music composition. The authors offer clear, practical overviews of program languages, real-time synthesizers, digital filtering,... This description may be from another edition of this product.

• Format: Paperback
• Language: English
• ISBN: 0028646827
• ISBN13: 9780028646824
• Release Date: July 1997
• Publisher: Cengage Learning
• Length: 480 Pages
• Weight: 2.35 lbs.
• Dimensions: 1.1" x 7.0" x 9.9"

Customer Reviews

Best combination of digital signal processing and music

Music synthesis is understood by a number of people just as manipulating a keyboard or just a work done by frequency equalizer. This book can remove such a misunderstandings and can give the readers the basics and advanced idea of building sound waveforms from zero to one. The readers are expected to have some knowledges of Fourier transform and analogue electronic circuits. All the engineers who are engaged in noise and vibration control should read this book.

Excellent first book on computer music

This is a great first book on computer music for anyone who already has some training in music theory and computers. By "music theory" I simply mean that you should be able to read and write music and understand its terminology. By having knowledge of computers, if you have had any college course equivalent of "Introduction to Computer Technology" or equivalent work experience, then you qualify. I discuss the contents of this book in the context of its table of contents: Chapter one is a broad overview and introduction to computer music and its components - operating systems, block diagrams, software, and the use of a computer in computer music. Chapter two is a very basic introduction to acoustics and psychoacoustics in music. It presents the basic measurements of acoustics, describes the transducer mechanism of the human ear, and then discusses the psychoacoustic response of pitch, loudness, duration, and timbre. Chapter three, "Fundamentals of Digital Audio", discusses the process of converting a signal between its analog and digital forms. This includes the restrictions, errors, and limitations imposed by the numerical representation of an audio signal. Finally, the chapter addresses the issues raised by the speed at which digital audio can be synthesized or processed. This last issue is a moving target and has changed considerably since this book was published. Chapter four, "Synthesis Fundamentals", begins with the fundamentals of signal generation and presents techniques of additive synthesis, modulation, and noise generation. Several example computer instrument designs are shown along with examples of composition. This chapter is very important because it introduces the building blocks of synthesis - the oscillator, unit generator, etc. Chapter five, " Synthesis Using Distortion Techniques", concentrates on frequency modulation and nonlinear waveshaping. The chapter concludes with three examples of synthesis methods that explicitly use discrete summation formulas. Chapter six, "Subtractive Synthesis", is about creating musical tones out of complex sources by sculpting away selected portions of the spectrum of the source. Filtering is discussed at length, and musical examples are provided to show the design considerations for computer instruments with noise and periodic sources. Several examples from musical literature are given. The chapter ends with a technical description of digital filtering and some filter recipes. Chapter seven, "Analysis-Based Synthesis Techniques", discusses techniques such as the short-term Fourier transform and wavelet methods and also discusses limitations. The operation and application of the phase vocoder is presented. Chapter eight, "Granular Synthesis", is a very brief discussion of a complex synthesis technique whose name was coined by Xenakis, who detailed an extensive theory of grain selection in his writings. If you want to implement this technique you should read Xenakis' work on the subjec

I (heart) Computing

If you're looking to get a good fundemental understanding of sound this book is the way to go. It's the book you read after spending hours randomly turning knobs on a synthisizer and realizing that you have no clue how to describe or control the knob-to-sound beaviors that you hear. There's a heavy price to pay -- both in money and in hours of trying to wrap your brain around mathematical descriptions of sound waves -- but it's worth the gains.

should have been my first book

i've been making computer music with supercollider and before thatwith a commercial graphical patch up package for several years now, and i wish that this had been the first book i had read. the first book i did in fact read was roads' 'computer music tutorial',which is a great book which i also highly recommend, but is more ofa reference than a tutorial, both in its layout and style. the dodge/jerse bookis so clearly and pedagogically written, that even though i already knewa great deal of the material, it solidified quite a lot of it into place for me.the thing i liked best about it is that the authors invariably direct you to compositions made using the methods just described. in other wordsthe methods are not just described in a vacuum.expect to learn from this book the basics of acoustics and psychoacoustics,digital audio and sampling theory, and a slew of sound synthesis techniques,as well as about composition.who should buy this:the serious computer music student, who does not necessarily have anyexperience yet in computer music, but who is not afraid of some hard study.the computer musician using either a graphical patch up system ( max/msp, reaktor, pd etc... )or using some Music-N derived language (supercollider, csound) would both benefit tremendouslyfrom a thorough study of the contents of this book.the mathematics level required for this book is not high. your algebra should be strongwith a solid understanding of exponents and logarithms, and some basic trig wouldn'thurt either.a note about the C++ source code. first off if you don't program, there is nothing to be scaredof, the source only appears in the chapter on composition, and if you do program in C but not C++, then you should know that you will be fine, because the code snippets are effectively written in C. aparantly the first edition included fortran code for ugens and was quite a different book. if you want a book on ugen internals, you won't find it in this second edition, but Moore's is terrific, 'Elements of Computer Music'.

Great introduction to computer music.

This book is an excellent introduction to computer music. It has been my reference and textbook for a year-long University course on computer music, providing many explanations that were in-depth enough to understand what is going on and how methods work the way they do, yet does not tie the reader down to a specific software or architecture. This is defintely a good read on the subject.