Sound Music Movement Interaction

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The Sound Music Movement Interaction team (previously known as the Real-Time Musical Interactions team) carries out research and development on interactive systems dedicated to music and performances.

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<p>Our work relates to all aspects of the interactive process, including the&nbsp;capture and analysis of gestures and sounds, tools for the authoring&nbsp;of interaction and synchronization, as well as techniques for realtime&nbsp;synthesis and sound processing. These research projects and&nbsp;their associated softwares (MuBu for Max, CataRT, Soundworks),&nbsp;are generally carried out within the framework of interdisciplinary&nbsp;projects that include scientists, artists, teachers, and designers and find&nbsp;applications in creative projects, music education, movement learning,&nbsp;or in medical domains such as physical rehabilitation guided by sound&nbsp;and music.</p> <h2>Major Themes</h2> <ul> <li>Modeling and Analysis of Sounds and Gestures : this theme covers the theoretical developments concerning the analysis of the sound and gesture data, or more generally, multi-modal temporal morphologies. This research concerns diverse techniques for audio analysis, the study of&nbsp;the&nbsp;musician's gestures or dancers.</li> <li>Interactive Sound Synthesis and Processing: : this focuses essentially on synthesis and sound processing methods based on recorded sounds or large&nbsp;collections of sound (corpus-based concatenative synthesis)</li> <li>Interactive sound systems based on gesture and new instruments : this theme focuses on the design and development of interactive&nbsp;sound environments using gestures, movements, and touch. Interactive&nbsp;machine learning is one of the tools developed in this framework </li> <li>Collective musical interaction and distributed systems : this theme addresses questions of musical interactions from a few&nbsp;users to hundreds. It concerns the development of a Web environment&nbsp;combining computers, smartphones, and/or embedded systems making&nbsp;it possible to explore new possibilities for expressive and synchronized&nbsp;interactions.</li> </ul> <h2>Specialist Areas</h2> <p>Interactive sound-systems, human-machine interaction, motion capture, modeling sound and gesture, real-time sound analysis and synthesis, statistical modeling and interactive machine learning, sound signal processing, distributed interactive systems.</p> <p></p> <p style="text-align: right;"><a href="https://www.stms-lab.fr/team/interaction-son-musique-mouvement/" target="_blank" class="wys-button">Website Team</a></p>

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