2018Research papers
Index(Publication Date)
Visualization of the energy flow of sound using virtual reality (October 2018)
Manabu Nohara, Tomomi Hasegawa, Satoshi Okubo
Summary
Conventionally, when grasping the energy flow of sound, the acoustic intensity is calculated and expressed in two dimensions with a vector. In recent years, the technical development of virtual reality(VR), augmented reality(AR) and mixed reality(MR) has been remarkable as a means for representing three-dimensional spatial information. Therefore, VR was applied to grasp the energy flow of sound. In order to make it easy to express in VR, we adapted streamlines to the acoustic intensity. As a result, it became possible to express the energy flow of sound clearly in a three-dimensional space.
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- By Publication Year
Index (Publication Date)
- A scene recognition method using dashcams for reducing traffic accident risks (October 2020)
- Dark spot growth and the acceleration factor in flexible organic light-emitting diodes (February 2019)
- Visualization of the energy flow of sound using virtual reality (October 2018)
- Improve light out-coupling efficiency of white organic light-emitting diodes (OLEDs) (August 2017)
- Terahertz beam steering and direction of arrival estimation (May 2017)
- Robust feature-extraction methods for high-performance image-recognition systems (April 2017)
- Web Service Development of Sound Simulation (January 2017)
- Measuring hemodynamics using a mini laser Doppler blood flowmeter for assessing the cardiovascular regulatory ability (June 2016)
- See-Through Projection System (March 2016)
- Development of an image sensor using radiation-tolerant active-matrix HEED (March 2016)
- Development of AppRadioLIVE application (January 2015)
- Development of Terahertz Imaging Systems (October 2014)
- Development of Full-Color Hologram Printer (October 2014)
- Development of Social Networking Service "The MusicEngine" for hobby musicians (October 2014)
- "OPARG" activity: Promoting professional long-term archive systems using optical discs to the industrial market. (October 2014)
