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Graduate School of Science and Engineering
Information and Computer Science

Applied Media Information Laboratory

Researching the media information relating to people such as images and sounds

Staff

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Masashi OKUBO
[Professor]
M
Telephone : +81-774-65-6654
mail
Office : KE-211
Database of Researchers
Prof.Ttsuchiya

Takao TSUCHIYA
[Professor]
MD
Telephone : +81-774-65-6638
mail
Office : KE-210
Database of Researchers

Research Topics

<1>
Human interface group
  • Research on internal motivation by presenting self-behavior
  • Research on communication support by presenting many kinds of information
  • Research on Kansei shape evaluation
  • Research on estimating emotional stress using various sensors
<2>
Acoustic group
  • Developing elemental technologies for sound field rendering
  • Researching high-speed sound field rendering by GPU
  • Researching real-time sound field rendering by FPGA (silicon concert hall)
  • Research on Lake Biwa’s water temperature monitoring by acoustic tomography
  • Research on numerical simulations of thermoacoustic phenomena

Research Contents

1. In the human interface group,
we are researching ways to assist the engagement of people with people, and people with systems. For example, research and development of systems to support communication between people, and research and development of systems that interactively present a person’s movements, exercise, and those results to themselves to encourage self-development based on internal motivation. In addition, in the emotional stress measurement field, which has used contact sensors, we are conducting research on estimating emotional stress using non-contact sensors. We are also researching shape evaluation based on Kansei such as the beauty and complexity of objects in real and virtual spaces.
2. In the acoustic group,
we are researching numerical simulation technologies for problems related to general wave phenomena, from sound waves to electromagnetic waves. In particular, by the development of specialized sound field rendering hardware, we are aiming to achieve a “silicon concert hall” to reproduce concert hall sound in real-time.

Keywords

  • Human interface
  • Communication assistance
  • Interaction design
  • Virtual reality
  • Emotional stress simulation

  • Sound field rendering
  • Silicon concert hall
  • GPU
  • FPGA

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