RESEARCH

We conduct academic research and develop prototypes related to engineering and XR technology.

The 20th Itakura Memorial Award for Creative Research

Acoustical Society of Japan

Musical field visualization using XR technology

Journal of the Acoustical Society of America

Interactive MR visualization system of 3D sound field with physical model of sound propagation

SPIE Other Conferences

Gas main maintenance device.

Coming soon

Sound field visualization system by MVDR beamforming with augmented reality and point clouds

INTER-NOISE and NOISE-CON Congress

Expanded Realities Current & Sound Field Measurement Visualization

Journal of the Acoustical Society of Japan Vol.79 No.10

Study of methods for visualizing sound pressure level distribution using mixed reality and augmented reality technologies: Visualization experiments for construction sites and building spaces

Acoustical Science and Technology

Utilizing LiDAR Data for 3D Sound Source Localization

SIGGRAPH Posters

About Sound Field Measurement & Visualization AR/MR System 'OTOMIRU'

OTOMIRU ver.1 Article

XRKaigi2021 Award - Application Category Excellence Award

XRKaigi2021

Sound Field Projection System using Optical See-Through Head-Mounted Display

inter-noise2021

OTOMIRU Ver.1

World's first real-time sound field visualization system using MixedReality (HoloLens2)

Visualization measurement of time variation of sound intensity distribution using mixed reality technology

Architectural Acoustics Conference in Japan

I-INCE YOUNG PROFESSIONAL CONGRESS ATTENDANCE GRANTS (YP GRANTS)

International Institute of Noise Control Engineering (I-INCE)

Visualization of time variation of sound intensity distribution using mixed reality technology

Acoustical Society of Japan Meeting

Visualization of impulse responses using mixed reality technology and handheld microphone measurement

IPSJ National Convention pp.4-255-4-256

Visualization System of Measured and Simulated Sound Intensities with Mixed Reality

IEEE Global Conference on Consumer Electronics (GCCE)

Visualization of sound wave fronts using mixed reality technology and moving microphone measurement

ASJ Meeting pp.539-540

Visualization of sound intensity using mixed reality technology and FTDT simulation

ASJ Meeting pp.353-354

Visualization of Spatial Impulse Responses using Mixed Reality and Moving Microphone

SIGGRAPH Posters pp.58

Mixed Reality Visualization of Instantaneous Sound Intensity with Moving 4-ch Microphone Array

SIGGRAPH Posters pp.57

Visualization of spatial impulse responses using mixed reality technology and moving microphone measurement

ASJ Acoustic Imaging Research Group AI-2019-37

3D sound intensity visualization sharing system using mixed reality technology

ASJ Acoustic Imaging Research Group AI-2019-20

Effect of handheld movement of microphone array on 3D sound intensity measurement

ASJ Meeting pp.395-396

Effect of measurement position error on dynamic impulse response using handheld microphone

ASJ Meeting pp.321-322

Sound Field Evaluation by using Closely Located Four-point Microphone Method and Mixed Reality Technology

International Congress on Acoustics (ICA) pp.4598-4604

Effect of handy microphone movement in Mixed Reality visualization system of sound intensity

International Congress on Acoustics (ICA) pp.4452-4459

Application possibility of Mixed Reality technology to acoustic technology from system perspective

IPSJ Research Report 2019-MUS-123 no.3

Sound field visualization measurement using optical technology and Mixed Reality technology

IPSJ Research Report 2019-MUS-123 no.5

Three-dimensional sound source localization using microphone array and its display with mixed reality technology

Inter Noise pp.1776

Visualization system for sound field using see-through head-mounted display

Acoust. Sci. & Tech. 40(1) pp.1-11

Real-time Measurement and Display System of 3D Sound Intensity Map using Optical See-Through Head Mounted Display

SIGGRAPH Asia Poster pp.71

Visualization of wide-range 3D sound field using mixed reality technology

ASJ Acoustic Imaging Research Group AI-2018-25

Simulation model experiment using Mixed Reality technology

ASJ Meeting pp.705-706

Integration of measurement and display systems in Mixed Reality display method for virtual sound source distribution

ASJ Meeting pp.703-704

3D sound intensity measurement and display system using see-through Mixed Reality device

ASJ Meeting pp.587-588

Display System for Distribution of Virtual Image Sources by using Mixed Reality Technology

Inter Noise in18_1647

3D sound intensity visualization system using optical see-through head mounted display

ASJ Acoustic Imaging Research Group AI2017-3-06

Proposal of Mixed Reality display method for four-point proximity method data

ASJ Meeting pp.1089-1090

3D sound intensity visualization system using see-through AR device

ASJ Meeting pp.635-636

Visualization of 3D Sound Field using See-Through Head Mounted Display

SIGGRAPH Posters pp.34

Three-dimensional sound-field visualization system using head mounted display and stereo camera

Joint Meeting of the Acoustical Society of America and Acoustical Society of Japan 140(4) pp.3195

3D sound field information presentation system using see-through head mounted display

ASJ Acoustic Imaging Research Group AI2016-3-03

3D sound field information presentation system using head mounted display

ASJ Meeting pp.1097-1098

Acoustical Society of Japan Student Presentation Award (14th, Fall 2016)

Acoustical Society of Japan