6533b862fe1ef96bd12c7480
RESEARCH PRODUCT
A fuzzy framework to explain musical tuning in practice
Teresa LeónVicente Liernsubject
Fuzzy classificationLogicbusiness.industryMusical tuningMusical noteType-2 fuzzy sets and systemsDefuzzificationFuzzy logicArtificial IntelligenceFuzzy mathematicsFuzzy numberArtificial intelligencebusinessMathematicsdescription
A theoretical tuning system is a set of pitches that can be used to play music. It is a fact that the human ear perceives notes with very close frequencies as if they were the same note. Therefore, in our approach a musical note and its pitch sensation are modeled as L-R fuzzy numbers with a modal interval and a bounded support. We pay particular attention to the 12-tone equal temperament (12-TET) for being the most widely used tuning system and we define the fuzzy 12-TET composed of 12 fuzzy notes. A similarity relation between a fuzzy note and a theoretical note can be defined, and subsequently a similarity class associated to each one of the fuzzy notes in the fuzzy 12-TET arises. Finally, we study the similarity between the theoretical notes in a given score and those notes played by a musician making use of an OWA operator. Some numerical examples illustrate our approach.
year | journal | country | edition | language |
---|---|---|---|---|
2013-03-01 | Fuzzy Sets and Systems |