Rural automated highway systems case study : greater Yellowstone rural ITS corridor : final report
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Rural automated highway systems case study : greater Yellowstone rural ITS corridor : final report

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English
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  • Creators:
    Gomke, R
  • Corporate Contributors:
    Montana State University (Bozeman, Montana)
  • Subject/TRT Terms:
  • Resource Type:
    Research Paper
  • Corporate Publisher:
    Montana. Department of Transportation
  • Abstract:
    In cooperation with the National Automated Highway System Consortium (NAHSC), case studies are being conducted on existing transportation corridors to determine the feasibility of AHS. Initial activities by the NAHSC have focused on urbanized areas. However, a need exists to investigate the applicability of advanced transportation technology and AHS in rural settings. AHS applications have primarily focused on problems associated with urban traffic congestion; secondary considerations have related to safety, air quality, and energy conservation. These areas are also of concern to the rural transportation provider; however, the primary focus of the rural transportation provider is improved safety. The Greater Yellowstone Rural Intelligent Transportation Systems (GYRITS) corridor comprises a loop roadway system traversing through Wyoming, Yellowstone National Park, and Grand Teton National Park, connecting Bozeman, Montana, with Idaho Falls, Idaho. The combination of varied, often undesirable driving conditions with wildlife, unfamiliar drivers, a diverse traffic stream and a lack of communication infrastructure indicates an immediate and growing need for increased focus on safety. The problems experienced in the GYRITS corridor are common to many rural environments. Hence, it is an ideal location to showcase field operational demonstrations of advanced technologies. The intent of this study was to recommend applications and consider implications of Automated Highway Systems (AHS) in a rural environment. This study focused on developing an applicable AHS for the GYRITS corridor that would ultimately increase safety and improve operation.
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