JARI Research Journal
Online ISSN : 2759-4602
Volume 2021, Issue 12
JARI Research Journal 2021.12
Displaying 1-5 of 5 articles from this issue
Research Report
  • Hiroyuki OHTA, Akito ADCHI, Nobuyuki UCHID, Sou KITAJIMA, Hirofumi A ...
    Article type: Research Report
    2021 Volume 2021 Issue 12 Article ID: JRJ20211201
    Published: 2021
    Released on J-STAGE: January 16, 2025
    RESEARCH REPORT / TECHNICAL REPORT FREE ACCESS
    In the second phase of the SIP ''Advanced Driving Support for Drivers with Visual Field Loss'' project, the effectiveness of driving support systems for drivers with visual field loss was estimated. As a part of this project, we compared the frequency of accidents between drivers with normal vision and those with visual field loss, and calculated the reduction rate of traffic accidents by using the multi-agent traffic environment simulation technology developed by the Japan Automobile Research Institute in the first phase of the SIP. The results can be used to examine the effectiveness of the system for this issue.
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Technical Report
  • Shuichi KANARI, Tazuko MORIKAWA, Hina TAMIYA, Yukika TODA, Akiyoshi IT ...
    Article type: Technical Report
    2021 Volume 2021 Issue 12 Article ID: JRJ20211202
    Published: 2021
    Released on J-STAGE: January 16, 2025
    RESEARCH REPORT / TECHNICAL REPORT FREE ACCESS
    The Japanese government has announced CO2 emission reduction targets of 26% by 2030. The CO2 reduction target for the automobile sector will be set based on these targets. One of the measures to reduce CO2 emissions in the automotive sector is to promote the use of electric vehicles. However, most previous studies have considered passenger cars, and there are few studies that have considered commercial vehicles. This study first surveyed the actual use of commercial vehicles then an estimation method that can consider actual use based on estimating next generation vehicle models was developed. Finally, the model was used to estimate the effect of the diffusion of electric vehicles in commercial vehicles.
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