The seminar focuses on principles and algorithms of digital sound synthesis. The theoretical part covers in-depth details on the implementation, as well as the use of relevant approaches in music history and commercial devices. In the practical part, groups of students are supplied with a preconfigured Raspberry PI development and runtime system for the programming of C++ synthesis applications. The basics of the major synthesis approaches are tought with tutorial examples. In individual projects, the groups can create standalone synthesis projects in embedded, OSC controlled systems.

The number of participants is limited.

Download (slides, papers):

https://tubcloud.tu-berlin.de/s/bJNQJyddLXZXwfb

Default Raspberry Pi disk image:

https://tubcloud.tu-berlin.de/s/i3jZoRDo3MGWbjt

Repository with example code and setup files:

https://gitlab.tubit.tu-berlin.de/henrikvoncoler/SoundSynthesis_PI

HTML Documentation for the C++ examples:

1. Gain_Example
2. Wav_Example
3. Granular_Example
4. midi_tester
5. am_example
6. fm_example
7. subtractive_example
8. physical_example

• Report on the Seminar (LAC 2017)