Speech as Timbre Models for Orchestration - a Comparative Study Between Cantonese and Québécois French

Speech as Timbre Models for Orchestration - a Comparative Study Between Cantonese and Québécois French

Darren Xu (UBC) & Louis-Michel Tougas (McGill)

ABSTRACT:

The proposed research-creation project aims at exploring an alternative conception of orchestration based on natural language timbral imitation.

This idea arose from the participants seed idea presented during the CORE Ensemble Project 2021-2022. While one was interested in timbral imitation and emergent timbre, the other used the inflections of Cantonese language to derive musical material. The proposed project aims at combining these two ideas into one, using a more science-supported approach this time.

The project is rooted in target-based instrumental synthesis, where combinations of instruments and techniques is determined in order to mimic a sound target as closely as possible. While this type of technique was pioneered long ago by composers such as Tristan Murail, the specificity of

the proposed project is that the targets are not natural sound phenomena or instruments, but specifically speech.

It has been shown that speech synthesis in a strict sense is very difficult to achieve, even using computer synthesis, therefore the goal is mainly to have this idea stimulate instrumental timbral research and provide a framework within which to think differently about orchestration.

A comparative approach will be used as one composer will work on Cantonese language, and the other on Québécois French.

The goal is first to conduct research about instrumental combinations based on phonemes as targets. Then each composer will write a short piece for small ensemble based on the idea of timbral imitation of natural language, and the two pieces will be presented at concerts in Montreal and Vancouver.

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Timbrenauts: Creative explorations in timbre space

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An investigation of choral blending through soundfield capture, acoustic evaluation, and perceptual analysis methods