Kimihiro Sakagami
Biographic Data
| ID | 6931794 |
|---|---|
| NAME | Kimihiro Sakagami |
| GIVEN NAMES | Kimihiro |
| FAMILY NAME | Sakagami |
| SIGNATURE | SAKAGAMI K |
| AFFILIATIONS | Kobe University |
| ORCID | 0000-0002-5322-7642 |
| VERIFIED | Yes |
| TOTAL WORKS | 4 |
| TOTAL CITATIONS | 1 |
| WORKS AS AUTHOR | 4 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2019 |
| LATEST PUBLICATION YEAR | 2026 |
| H-INDEX | 1 |
Ten Questions on Innovative Urban Design Strategies for Sustainable Noise Management
This review paper examines innovative urban design strategies for sustainable noise management through a structured analysis framed by ten guiding questions. It begins with an overview of conventional noise assessment technologies and progresses to advanced mitigation approaches. Core principles of sustainable urban design are explored, alongside evaluations of urban and transportation planning, traffic-reduction measures, green infrastructure, a…
A Note on Variation of the Acoustic Environment in a Quiet Residential Area in Kobe (Japan)
This communication compares the previously reported results of the acoustic environment, mainly noise levels at a fixed point, in a quiet residential area in Kobe, Japan, under the declaration of the COVID-19 state of emergency in May 2020 with the results of two follow-up studies in the same area: subsequent follow-up noise measurements in June and July–August 2020, and the present results of measurements in September–October 2020. The results o…
Use of Mobile Devices with Multifunctional Sound Level Measurement Applications
Geo-referenced sound data are often used in the field of acoustics education to learn about the urban acoustic environment. Simple soundwalks and sound collections are also employed, in which acquiring additional information such as visual data, recorded sound data, and GPS location data are helpful to produce a map with sound data and sound collection and to carry out more profound discussions in educational activities. In order to enrich these …
Revisiting Acoustics Education Using Mobile Devices to Learn Urban Acoustic Environments
In this paper, we revisit the acoustics education program using mobile devices to better understand urban environments. We begin with a summary of our past projects to demonstrate a model case of the concept. In these projects, the output was mainly supposed to be a noise map with measured sound pressure levels (SPLs) and sound spectra. This methodology can obviously be applied to larger-scale urban studies. Including measured sound spectra can b…
Revisiting Acoustics Education Using Mobile Devices to Learn Urban Acoustic Environments
In this paper, we revisit the acoustics education program using mobile devices to better understand urban environments. We begin with a summary of our past projects to demonstrate a model case of the concept. In these projects, the output was mainly supposed to be a noise map with measured sound pressure levels (SPLs) and sound spectra. This methodology can obviously be applied to larger-scale urban studies. Including measured sound spectra can b…
Use of Mobile Devices with Multifunctional Sound Level Measurement Applications
Geo-referenced sound data are often used in the field of acoustics education to learn about the urban acoustic environment. Simple soundwalks and sound collections are also employed, in which acquiring additional information such as visual data, recorded sound data, and GPS location data are helpful to produce a map with sound data and sound collection and to carry out more profound discussions in educational activities. In order to enrich these …
Revisiting Acoustics Education Using Mobile Devices to Learn Urban Acoustic Environments
In this paper, we revisit the acoustics education program using mobile devices to better understand urban environments. We begin with a summary of our past projects to demonstrate a model case of the concept. In these projects, the output was mainly supposed to be a noise map with measured sound pressure levels (SPLs) and sound spectra. This methodology can obviously be applied to larger-scale urban studies. Including measured sound spectra can b…
A Note on Variation of the Acoustic Environment in a Quiet Residential Area in Kobe (Japan)
This communication compares the previously reported results of the acoustic environment, mainly noise levels at a fixed point, in a quiet residential area in Kobe, Japan, under the declaration of the COVID-19 state of emergency in May 2020 with the results of two follow-up studies in the same area: subsequent follow-up noise measurements in June and July–August 2020, and the present results of measurements in September–October 2020. The results o…
Ten Questions on Innovative Urban Design Strategies for Sustainable Noise Management
This review paper examines innovative urban design strategies for sustainable noise management through a structured analysis framed by ten guiding questions. It begins with an overview of conventional noise assessment technologies and progresses to advanced mitigation approaches. Core principles of sustainable urban design are explored, alongside evaluations of urban and transportation planning, traffic-reduction measures, green infrastructure, a…
Noise Effects and Management (4 works) · Acoustics (3 works) · Computer Science (3 works) · Geography (2 works) · Human–computer interaction (2 works) · Indoor and Outdoor Localization Technologies (2 works) · Mobile device (2 works) · Noise (video (2 works) · Sound (geography (2 works) · Sound pressure (2 works)