Using AI to reproduce the performance expression of a specific individual
Using AI to generate an accompaniment tailored to a performance in real time
Supporting routine mixing tasks so creators can focus on creative sound design.
Using AI to generate realistic singing voices and musical instrument sounds based on the thoughts of an individual
Analyzing beats, chords, and song structure from audio data
Making musical scores flexible with AI
Virtual Circuitry Modeling®
Faithfully reproducing sound by recreating the operation of analog equipment in the digital domain
Recording the sound of real space in three dimensions for realistic sound reproduction
Emphasizing, suppressing, and separating specific sounds from a mixture of stereo sound sources
Visualization of People's "Feelings," "Preferences," and "Values"
Understanding peopleâs Kansei and values for planning and development
Analysis of airflow in the speaker bass reflex port
Creating an elaborate physical model to analyze the behavior of a piano for auralization
Using measurements and simulation to analyze the behavior of a guitar
Observation of the phenomenon inside woodwind instruments by air flow visualization
Control unwanted radiated sound due to speaker cabinet resonance
Control of material properties that affect speaker sound quality
Capturing and visualizing the full process from human movement to the production of sound using a variety of data
Using rubber-like stretchable strain (displacement) sensors to measure even the slightest movement
Visualizing breathing to understand the relationship between instrumental performance and breathing
Sensing Device that Generates Electricity from Changes in Paper Thickness
Acoustic Resonance Enhancement
Using environmentally-friendly wood modification technology to create the sound of vintage instruments