Towards Experimental Nanosound Using Almost Disjoint Set Theory
<|reference_start|>Towards Experimental Nanosound Using Almost Disjoint Set Theory: Music composition using digital audio sequence editors is increasingly performed in a visual workspace where sound complexes are built from discrete sound objects, called gestures that are arranged in time and space to generate a continuous composition. The visual workspace, common to most industry standard audio loop sequencing software, is premised on the arrangement of gestures defined with geometric shape properties. Here, one aspect of fractal set theory was validated using audio-frequency sets to evaluate self-affine scaling behavior when new sound complexes are built through union and intersection operations on discrete musical gestures. Results showed that intersection of two sets revealed lower complexity compared with the union operator, meaning that the intersection of two sound gestures is an almost disjoint set, and in accord with formal logic. These results are also discussed with reference to fuzzy sets, cellular automata, nanotechnology and self-organization to further explore the link between sequenced notation and complexity.<|reference_end|>
@article{jones2002towards,
    title={Towards Experimental Nanosound Using Almost Disjoint Set Theory},
    author={Cameron L Jones},
    journal={arXiv preprint arXiv:cs/0203015},
    year={2002},
    archivePrefix={arXiv},
    eprint={cs/0203015},
    primaryClass={cs.SD cs.LO}
}