DEVELOPMENT OF ELEMENTS OF A NEW EDUCATIONAL CONCEPT DIGITAL TECHNOLOGIES IN MUSIC AND SOUND DESIGN: MUSIC COMPUTER TECHNOLOGIES AND MUSIC CYBERNETIC SYSTEMS

Abstract

Digital technologies in music and sound design are developing at the intersection of musical acoustics, digital signal processing and software engineering. They are complex systems that include automation, synthesis, and sound processing components, as well as programming languages used in musical composition. Within the framework of the system-analytical approach presented in the article, music computer technologies and music cybernetic systems, which form the basis for the development of a new educational concept related to the study of digital technologies in music and sound design, are considered as complex structures in which the interaction between the elements of the system allows to identify new connections and ways of development. Special attention is paid to musical cybernetic systems that combine artificial intelligence, generative composition and synthesis methods to expand the possibilities of musical creativity. Despite their active use, music cybernetic systems remain poorly understood from the point of view of a systematic approach, which makes it difficult to study, analyze, synthesize, classify and optimize them for implementation in the educational process. The article proposes a methodology for classifying and analyzing musical cybernetic systems using signal theory, elements of set theory and graph theory and the possibilities of their implementation in the system of modern educational process. The study identifies two key types of information – signal and symbolic, which contributes to understanding the principles of data construction and processing within musical cybernetic systems. The system-analytical approach proposed in the article reveals the key aspects of the construction and functioning of music cybernetic systems, allowing a new look at their structure and interaction with the external environment, which in general largely determines the direction of development of a new dynamically developing field of knowledge related to the study of digital technologies in music and sound design.