The hypothesis of Zipf concerning a universal Principle of Least Effort, manifesting itself in Zipf 's law and modeled by Ferrer i Cancho and Sol´e in a signal-object reference matrix, gave rise to the idea that maybe the elements
in music that elicit our emotional responses can be identified. The unde- niable relation between music and emotion was the reason to consider a possible signal-emotion reference system analogous to the signal-object ref- erence in natural human language. Following Zipf 's line of reasoning, music
as an exponent of human behaviour is subject to the Principle of Least Effort and is consequently structured in such a way that the distribution pattern
of the signals that communicate the musical message follows a power law.
In this thesis the possibility to deploy the characteristics of the Zipf curve to gain more insight into the relation between music and emotion was investi- gated. From the elements that, viewed in the framework of a signal-emotion reference could qualify as the signals that elicit emotion, two were investi- gated, viz. notes and intervals. Experiments were performed on 18 single classical music pieces from 18 different composers and on a larger classical music corpus. Results indicate that intervals have a distribution pattern that comes closest to a Zipf curve, but neither data type exhibits a gen- uine Zipf distribution. Further research will be needed to decide whether the method that was applied could be a useful tool in the search for the elements that elicit emotion.
[...] Extension of Zipf 's law to words and phrases. In Proceedings of the 19th International Conference on Computational Linguistics, volume pages 315–320. Ha, L., Sicilia-Garcia, E., Ming, J., and Smith, F. J. (2003). Extension of Zipf 's law to word and character n-grams for English and Chinese. In Journal of Computational Linguistics and Chinese Language Processing (CLCLP), volume pages pp. 77–102. Ha, L., Sicilia-Garcia, E., and Smith, F. (2004). Zipf and type-token rules for the English, Irish and Latin languages. [...]
[...] These results support the idea that Zipf 's law can be explained as the result of a balance between the minimized effort of both speaker and hearer Data types Zipf 's law has been tested over many data types, some of which were derived from different kinds of human and non-human communication. All elements that make up human language and are countable could serve as a subject of investigation. Zipf 's research was targeted at characteristics like, for example, word frequency, word length, word intervals, morphemes and phonemes and comprised languages like English, German, Hebrew and Chinese (Zipf, 1949). [...]
[...] Chapter 6 Discussion and Conclusion Music, emotion and the Zipf curve The relation between music and emotion is evident, but very little is known about how this relation comes about. Various theories have been developed, like, for example, the the- ory that music is a vehicle for the emotions of the composer, a theory that has been criticized because of the subjectivity of music perception, or like the theory of Meyer (mentioned by Krumhansl), that relates the emo- tions evoked by music with the cognition of musical structures (Krumhansl, 2002). [...]
[...] Research, directed at the physiological and neuro-physiological aspects, using techniques like magnetic resonance imaging (MRI) and Positron Emission Tomography (PET) scans, has shown that different networks of neurons are activated by music, including the neu- ral systems of reward and emotion (Blood et al., 1999; Blood and Zatorre, 2001), but research explicitly directed at the elements from which music is composed is scarce. The aim of the research described in this thesis was to investigate the possibility to deploy a research method originating from the field of linguistics, to gain more insight into the relation between music and emotion. [...]
[...] A brief history of generative models for power law and lognormal distributions. In Proceedings of the Thirty-Ninth An- nual Allerton Conference on Communication, Control, and Computing, pages 182–191. Montemurro, M. (2001). Beyond the Zipf-Mandelbrot law in quantitative linguistics. eprint arXiv:cond-mat/0104066. Montemurro, M. and Zanette, D. (2002). New perspectives of Zipf 's law in linguistics: from single texts to large corpora. Glottometrics, 4:87–99. Nivre, J. (2002). On statistical methods in natural language processing. In Bubenko, Jr, J. and Wangler, B., editors, Promote IT. [...]
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