
Musical Machines
History, Theory, and Techniques for Makers and Musicians
Scott Barton(Author)
Oxford University Press Inc
Will be published approx. on 22. October 2026
Book
Paperback/Softback
342 pages
978-0-19-759990-7 (ISBN)
Description
Musical instruments that "play themselves" have a long and storied history that reaches back thousands of years. While the twentieth century saw the phonograph and its descendants relegate these creations of the mechanical golden age to a veritable basement, the twenty-first century has seen them revitalized. A new breed of musical machines has emerged that synthesizes physical and computational worlds. These artificial agents may seem cold and alien, but they can also be understood as expressions of fundamental human values and goals. Their abilities and characteristics are unique from those possessed by humans and offer novel creative possibilities to artists and musicians who use them.
The purpose of Musical Machines: History, Theory, and Techniques for Makers and Musicians is to inspire the creativity of musicians, engineers, and makers by helping them imagine, design, build, and play with such machines. This requires exploring our complex relationship with artificial agents and confronting questions of motivation and meaning arising from their increasing abilities. It involves developing historical knowledge, technical skills, and artistic sensibilities. Author Scott Barton addresses these needs by detailing philosophical questions, key concepts, and a historical landscape that provides an artistic and technical context to help explain what these machines are and how they have been used. Technical lessons devoted to mechanisms, actuation, electrical circuits, programming, and communication are provided on the companion website, equipping aspiring builders with requisite skills through project-based activities. A template for the design and realization process provides a basis for examples in the major instrument categories--strings, percussion, and aerophones. First-person perspectives from prominent builders in the field illuminate how design approaches can vary, encouraging the development of individual voices. Conscious that the point of these efforts is to make music, in the final chapter Barton describes concepts and techniques involved when composing with and for musical machines.
The purpose of Musical Machines: History, Theory, and Techniques for Makers and Musicians is to inspire the creativity of musicians, engineers, and makers by helping them imagine, design, build, and play with such machines. This requires exploring our complex relationship with artificial agents and confronting questions of motivation and meaning arising from their increasing abilities. It involves developing historical knowledge, technical skills, and artistic sensibilities. Author Scott Barton addresses these needs by detailing philosophical questions, key concepts, and a historical landscape that provides an artistic and technical context to help explain what these machines are and how they have been used. Technical lessons devoted to mechanisms, actuation, electrical circuits, programming, and communication are provided on the companion website, equipping aspiring builders with requisite skills through project-based activities. A template for the design and realization process provides a basis for examples in the major instrument categories--strings, percussion, and aerophones. First-person perspectives from prominent builders in the field illuminate how design approaches can vary, encouraging the development of individual voices. Conscious that the point of these efforts is to make music, in the final chapter Barton describes concepts and techniques involved when composing with and for musical machines.
More details
Series
Language
English
Place of publication
New York
United States
Product notice
Paperback (trade)
Unsewn / adhesive bound
Illustrations
over 160 illustrations
Dimensions
Height: 279 mm
Width: 216 mm
Weight
5 gr
ISBN-13
978-0-19-759990-7 (9780197599907)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Other editions
Additional editions
Book
approx. 07/2026
Oxford University Press Inc
€112.84
Not yet published
Person
Scott Barton is Professor in the Humanities and Arts Department at Worcester Polytechnic
Institute, with affiliate appointments in Robotics Engineering and Computer Science. He founded and directs the Music, Perception and Robotics lab at WPI and co-founded Expressive Machines Musical Instruments (EMMI), a collective that designs and builds robotic musical instruments. Barton composes, performs, and produces electroacoustic music, conducts psychological research, and develops musical robots. His music has been performed throughout the world, including at NIME, SMC, ICMC, SEAMUS, NYCEMF, CMMR and MUME.
Institute, with affiliate appointments in Robotics Engineering and Computer Science. He founded and directs the Music, Perception and Robotics lab at WPI and co-founded Expressive Machines Musical Instruments (EMMI), a collective that designs and builds robotic musical instruments. Barton composes, performs, and produces electroacoustic music, conducts psychological research, and develops musical robots. His music has been performed throughout the world, including at NIME, SMC, ICMC, SEAMUS, NYCEMF, CMMR and MUME.
Author
Associate Professor in the Humanities and ArtsAssociate Professor in the Humanities and Arts, Worcester Polytechnic Institute
Content
- Acknowledgements
- Contributors
- Chapter 1: The Big Picture
- Scope and Purpose
- Why Make Musical Machines?
- Human in the Machine
- Chapter 2: Key Concepts
- Definitions
- Machines, Mechanisms, and Instruments
- Acoustic / Electric
- Control
- Chapter 3: A Brief History of Musical Machines
- Organizing History
- Identity, Purpose, and Usage
- Technical Design
- Sonic Objects
- Music Encoding
- Autonomy
- Musical Value
- Chapter 4: The Process of Making a Musical Machine
- Part 1: Context
- Ideation
- Collaboration
- Identity, Purpose, and Usage
- Background and Prior Art
- Properties and Relations
- Requirements
- Part 2: Design
- Design
- Sonic Objects
- Excitation
- Motion
- Structure
- Realization
- Control and Feedback
- Evaluation
- Summary
- Chapter 5: Percussion
- Part 1: Context and Ideation
- Identity, Purpose, and Usage
- Prior Art
- Requirements
- Part 2: Design
- Sonic Objects
- Excitation
- Motion
- Mechanisms, Actuators, and Circuits
- Form and Structure
- Part 3: Making
- Realization
- Control and Feedback
- Evaluation
- Example
- Chapter 6: Strings
- Part 1: Context and Ideation
- String Basics
- Prior Art
- Requirements
- Part 2: Design
- Sonic Objects
- Excitation
- Pitch
- Damping
- Structure
- Part 3: Making
- Realization
- Control and Feedback
- Evaluation
- Example
- Music: Strings
- Chapter 7: Aerophones
- Part 1: Context and Ideation
- Aerophone Basics
- Identity, Purpose, and Usage
- Prior Art
- Requirements
- Part 2: Design
- Sonic Objects
- Motion
- Mechanisms, Actuators, and Circuits
- Producing Pitches
- Structure
- Part 3: Making
- Realization
- Control and Feedback
- Evaluation
- Example
- Chapter 8: Inventor Perspectives
- Chapter 9: Composing with and for Machines
- Generating Musical Ideas with Machines
- Idiomatic Writing
- Human-Machine Interactions
- Chapter 10: Reflecting into the Future
- Index