Music of speech: Transferring spoken dialogue to music
Bu tez size mi ait?
Bu kayıt toplu arşivden geldi. Sizinse profilinize bağlayın.
Özet (EN)
This master's thesis focuses on oral conversation. Music of Speech aims to discuss emotional and interactive aspects of oral interchange through musical terminology, based on the suggestions that speaking is the most frequently used improvisational instrument among humans and each dialogue is a formed-piece in which introduction, development, and conclusion are executed, based on selected topic(s). I suggest that analyzing dialogues in such way could be useful for composers, theorists and musicians in order to bring new perspectives to their musical ideas. The main part of the project is based on a sound recording experiment. In this experiment, I perform a casual conversation with Neslihan Aker, a professional actress. This conversation is recorded with a single microphone. The analyzed part is selected from a whole conversation, which is over 50 minutes. Selected dialogue is transcribed into musical notation and observed not only through theoretical and rhythmic perspectives, but also in terms of compositional qualities.
Yazar
Esen Haydar Cengiz
Bu Yayına Nasıl Atıf Yapılır
Esen Haydar Cengiz (Master Thesis). Music of speech: Transferring spoken dialogue to music, 2018, İstanbul Technical University.
Lisans
Tüm Hakları Saklıdır
Bu eser belirtilen lisans koşulları altında paylaşılmaktadır.
İstanbul Technical University tezlerinden daha fazlası
- Investigation Of Stretching Effect With Mixed Finite Element Formulations For Laminated Beams And Plates(2023)
- Removal and recovery of platinum group metals through anode slimes of moebius electrolysis(2015)
- Fire safety measures in subways(2015)
- Fun palace as a laboratory of action/fun: Extensions and reflections of spatial experience(2015)
- İnce cidarlı kompozit kiriş olarak modellenmiş uyarlanabilir uçak kanatlarının dinamik analizi(2015)
- Numerical resistance calculation of Darpa Suboff submarine and new submarine models by using computational fluid dynamics (CFD)(2015)