Abstract
Along with the rapid development of digital music formats and portable technical products, individuals can rely on technology to have access to new music besides traditional methods like recommendations from the social circle. While music apps provide users with a more convenient and efficient way to enjoy music through a music recommendation system, users are also limited by the music recommendation algorithm based on genres, artists, instruments, acoustic features, context, or moods. People who wear headphones often isolate themselves from the external world and others, passively absorbing content recommended by the system. Music, as an art form, serves more than merely entertainment and lifestyle purposes. It is an essential medium of communication, an outlet for self-expression, and a means for shaping one's social identity. Through music, individuals can convey and share their thoughts, ideas, and emotions with others, and in doing so, create a sense of belonging and community. Moreover, music has the power to influence, inspire, and shape culture and society, making it a vital aspect of human life. This paper offers a more initiative method for users to immerse themselves in and explore the music in their environment more interactively. The concept builds a real-time visualization of the soundscape around the user based on audio analysis. Users can customize the visual effects to dive deeper into music, with the motion graphics reacting to the tempo, mood, and other acoustic features. By visualizing the music listened to by others around the user and the interaction between users, this design also visually presents a new community of music sharing.
Library of Congress Subject Headings
Digital jukebox software--Design; Music--Interactive multimedia--Design; Information visualization
Publication Date
4-30-2024
Document Type
Thesis
Student Type
Graduate
Degree Name
Visual Communication Design (MFA)
Department, Program, or Center
Design, School of
College
College of Art and Design
Advisor
Adam Smith
Advisor/Committee Member
Mike Strobert
Recommended Citation
Sun, Yi, "Sonic Space: A Music Visualization and Interaction System using particles" (2024). Thesis. Rochester Institute of Technology. Accessed from
https://repository.rit.edu/theses/11766
Campus
RIT – Main Campus
Plan Codes
VISCOM-MFA