### Polyrhythmic Organization of Coupled Nonlinear Oscillators

Authors: Gerold Baier, Thomas Hermann, Markus Müller

Proceedings of the Multi-modal visualization Symposium, Information
Visualization Conference IV'05, London, 2005

We provide the example sonifications described in the above paper soon

- A 4:3 Polyrhythm with parameters as in Fig. 2

S1 (mp3, 306k) epsilon=0.75, D=0.005
- A chaotic polyrhythm with parameters as in Fig. 3 in two different
speeds

S2a (mp3,494k) epsilon=0.74, D=0.005

S2b (mp3, 1.2M) epsilon=0.74, D=0.005, T=50sec
- An intermittent polyrhythm with parameters I=0.0605, epsilon=0.6445, D=0.005

S3 (mp3, 329k) T = 20sec
- A polyrhythm in a 3 oscillator system with internal frequencies set to
5:4:3 and D=0.01

S4 (mp3, 1.4M)
- A chaotic polyrhythm in a three oscillator system with internal
frequencies set to 1.0:0.9:0.55 and D=0.0032 (other parameters as in
eq. 1). S5a (mp3, 5sec, 95k)
S5b (mp3, 15sec, 250k)
S5c (mp3, 45sec, 720k)
- Sequence of rhythms as parameter epsilon is continuously varied from
0.5 to 0.99

S6 (mp3, 494k)
- Sequence of rhythms as in S5 but with total duration 60 sec

S7 (mp3, 1.4M)