Mike Cook has been making electronic things since he was at school in the 60s. A former Lecturer in Physics at Manchester Metropolitan University, he has written more than three hundred computing and electronics articles in the pages of computer magazines for 20 years starting in the 1980s, mainly for The Micro User and Acorn Computing.Leaving the University after 21 years when the Physics department closed down, he got a series of proper jobs where he designed digital TV set top boxes and access control systems. Now retired and freelancing, he spends his days surrounded by wires, exhibiting at Maker Fairs, and patrolling the Arduino forum as Grumpy Mike.He is the co-author of three books about the Raspberry Pi, all published by Wiley: Raspberry Pi For Dummies, First and Second editions (with Sean McManus); Raspberry Pi Projects (with Andrew Robison); and Raspberry Pi Projects for Dummies (with Jonathan Evans). He also has a monthly column in The MagPi, an online and print magazine published by the Raspberry Pi foundation.

"It is targeted at musicians and the musically inclined who already have some experience in both C code and homebrew 'make'-style hardware tooling. ... The short index is relatively complete and useful. Pointers with uniform resource locators (URLs) of outside resources are provided in the main body of the chapters. ... This is a very targeted title for a special hands-on audience, and for that reader it is of interest and utility." (David Bellin, Computing Reviews, April, 2016)

• Part 1. Music Generation — Using the Arduino as a controller and instrument.- 1. Basic Arduino.-2. Basic MIDI.-3. More MIDI.-4. MIDI Manipulation.- 5. MIDI Instruments.-6. MIDI-Controlled Harp player.-7. Dunocaster: a MIDI Output Guitar.-8. Open Sound Control and Friends.-  9. Many More MIDI Projects.-  Part 2. Direct Audio Synthesis - Using the Arduino to generate sound waveforms.- 10. The anatomy of a sound.-11. Simple square wave output.-12. Other wave shapes.-13. The SpoonDuino.- Part 3. Signal processing - Using the Arduino to process a signal.- 14. Sampling.-15. Signal Processing test bed.-16. Time domain processing.-17. Digital filters.

Mike Cook has been making electronic things since he was at school in the 60s. A former Lecturer in Physics at Manchester Metropolitan University, he has written more than three hundred computing and electronics articles in the pages of computer magazines for 20 years starting in the 1980s, mainly for The Micro User and Acorn Computing.Leaving the University after 21 years when the Physics department closed down, he got a series of proper jobs where he designed digital TV set top boxes and access control systems. Now retired and freelancing, he spends his days surrounded by wires, exhibiting at Maker Fairs, and patrolling the Arduino forum as Grumpy Mike.He is the co-author of three books about the Raspberry Pi, all published by Wiley: Raspberry Pi For Dummies, First and Second editions (with Sean McManus); Raspberry Pi Projects (with Andrew Robison); and Raspberry Pi Projects for Dummies (with Jonathan Evans). He also has a monthly column in The MagPi, an online and print magazine published by the Raspberry Pi foundation.

"It is targeted at musicians and the musically inclined who already have some experience in both C code and homebrew 'make'-style hardware tooling. ... The short index is relatively complete and useful. Pointers with uniform resource locators (URLs) of outside resources are provided in the main body of the chapters. ... This is a very targeted title for a special hands-on audience, and for that reader it is of interest and utility." (David Bellin, Computing Reviews, April, 2016)

• Part 1. Music Generation — Using the Arduino as a controller and instrument.- 1. Basic Arduino.-2. Basic MIDI.-3. More MIDI.-4. MIDI Manipulation.- 5. MIDI Instruments.-6. MIDI-Controlled Harp player.-7. Dunocaster: a MIDI Output Guitar.-8. Open Sound Control and Friends.-  9. Many More MIDI Projects.-  Part 2. Direct Audio Synthesis - Using the Arduino to generate sound waveforms.- 10. The anatomy of a sound.-11. Simple square wave output.-12. Other wave shapes.-13. The SpoonDuino.- Part 3. Signal processing - Using the Arduino to process a signal.- 14. Sampling.-15. Signal Processing test bed.-16. Time domain processing.-17. Digital filters.

Mike Cook has been making electronic things since he was at school in the 60s. A former Lecturer in Physics at Manchester Metropolitan University, he has written more than three hundred computing and electronics articles in the pages of computer magazines for 20 years starting in the 1980s, mainly for The Micro User and Acorn Computing.Leaving the University after 21 years when the Physics department closed down, he got a series of proper jobs where he designed digital TV set top boxes and access control systems. Now retired and freelancing, he spends his days surrounded by wires, exhibiting at Maker Fairs, and patrolling the Arduino forum as Grumpy Mike.He is the co-author of three books about the Raspberry Pi, all published by Wiley: Raspberry Pi For Dummies, First and Second editions (with Sean McManus); Raspberry Pi Projects (with Andrew Robison); and Raspberry Pi Projects for Dummies (with Jonathan Evans). He also has a monthly column in The MagPi, an online and print magazine published by the Raspberry Pi foundation.

"It is targeted at musicians and the musically inclined who already have some experience in both C code and homebrew 'make'-style hardware tooling. ... The short index is relatively complete and useful. Pointers with uniform resource locators (URLs) of outside resources are provided in the main body of the chapters. ... This is a very targeted title for a special hands-on audience, and for that reader it is of interest and utility." (David Bellin, Computing Reviews, April, 2016)

• Part 1. Music Generation — Using the Arduino as a controller and instrument.- 1. Basic Arduino.-2. Basic MIDI.-3. More MIDI.-4. MIDI Manipulation.- 5. MIDI Instruments.-6. MIDI-Controlled Harp player.-7. Dunocaster: a MIDI Output Guitar.-8. Open Sound Control and Friends.-  9. Many More MIDI Projects.-  Part 2. Direct Audio Synthesis - Using the Arduino to generate sound waveforms.- 10. The anatomy of a sound.-11. Simple square wave output.-12. Other wave shapes.-13. The SpoonDuino.- Part 3. Signal processing - Using the Arduino to process a signal.- 14. Sampling.-15. Signal Processing test bed.-16. Time domain processing.-17. Digital filters.