Proceedings of the International Workshop on Interactive Sonification, ISon 2004, January 2004, Bielefeld, Germany
Audifications of DNA measurements:
- (a) data files where DNA actually binds to the cantilever
S_a1 (mp3, k) S_a2 (mp3, k) S_a3 (mp3, k) S_a4 (mp3, k)
S_a5 (mp3, k) S_a6 (mp3, k) S_a7 (mp3, k) S_a8 (mp3, k) - (b) data files where nothing happens (no binding)
S_b1 (mp3, k) S_b2 (mp3, k) S_b3 (mp3, k) S_b4 (mp3, k)
S_b5 (mp3, k) S_b6 (mp3, k) S_b7 (mp3, k) S_b8 (mp3, k) - (c) audifications of unknown things going on at the cantilever
S_c1 (mp3, k) S_c2 (mp3, k) S_c3 (mp3, k) S_c4 (mp3, k)
S_c5 (mp3, k) S_c6 (mp3, k) S_c7 (mp3, k) S_c8 (mp3, k) - (b) audifications of sticktip events
S_d1 (mp3, k) S_d2 (mp3, k) S_d3 (mp3, k) S_d4 (mp3, k)
S_d5 (mp3, k) S_d6 (mp3, k) S_d7 (mp3, k) S_d8 (mp3, k)
Interactive Sonifications using the Simulator System in Neo/NST
The sounds contain 3 layers: (a) a wind-sound pattern that corresponds to the absolute force measured, (b) a repeating tone, whose pitch is determined by the net binding force, (c) marker sounds that are played on certain events connected to a specific physical meaning, like e.g. the rupture of a binding. The sound examples represent typical interactions using the simulator, a picture shows a screenshot of the system. Currently, the slider is used to navigate the cantilever, in the real AFM system, here the force feedback joystick comes into play.
- Sonification example 1 - wind sound layer
S_mbs_1 (mp3, k) - Sonification example 2 - as above plus tone sound layer
S_mbs_2 (mp3, k) - Sonification example 3 - as above plus marker sound layer
S_mbs_3 (mp3, k)