1998International Journal of Urban SciencesRequires access

Intelligent Transport Systems Project Development for Transportation Planning

Hoi-Kyun Choi, Hyung Jin Kim

Open publisher page 3 citations

Abstract

The transportation planning process is an established but evolving process that has been designed to support local decisions regarding transportation plans, programs, and individual projects. As one of the goals of the planning process is to provide objective analytical information to be used by decision makers, it is extremely important that the Intelligent Transport Systems (ITS) remain consistent throughout the various stages of the transportation planning process. Thus, ITS strategies and project directions should be developed and considered as part of the overall planning process. ITS and conventional transportation projects are typically initiated and developed within sponsoring transportation agencies, such as, departments of transportation, transit agencies, and departments of public works. Also, ITS relies on information and control technologies provided by exemplary data sources. Given such information, more people may use alternative modes of travel. In other words, ITS is market-oriented. This paper provides some key understanding of ITS planning and discusses an overview of the various ITS functional areas to user service. In addition, these results are then used to produce guidelines for ITS planning strategies in Korea.

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What this paper is about

The transportation planning process is an established but evolving process that has been designed to support local decisions regarding transportation plans, programs, and individual projects. As one of the goals of the planning process is to provide objective analytical information to be used by decision makers, it is extremely important that the Intelligent Transport Systems (ITS) remain consistent throughout the various stages of the transportation planning process. Thus, ITS strategies and project directions should be developed and considered as part of the overall planning process. ITS and conventional transportation projects are typically initiated and developed within sponsoring transportation agencies, such as, departments of transportation, transit agencies, and departments of public works. Also, ITS relies on information and control technologies provided by exemplary data sources. Given such information, more people may use alternative modes of travel. In other words, ITS is market-oriented. This paper provides some key understanding of ITS planning and discusses an overview of the various ITS functional areas to user service. In addition, these results are then used to produce guidelines for ITS planning strategies in Korea.

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Available abstract

The transportation planning process is an established but evolving process that has been designed to support local decisions regarding transportation plans, programs, and individual projects. As one of the goals of the planning process is to provide objective analytical information to be used by decision makers, it is extremely important that the Intelligent Transport Systems (ITS) remain consistent throughout the various stages of the transportation planning process. Thus, ITS strategies and project directions should be developed and considered as part of the overall planning process. ITS and conventional transportation projects are typically initiated and developed within sponsoring transportation agencies, such as, departments of transportation, transit agencies, and departments of public works. Also, ITS relies on information and control technologies provided by exemplary data sources. Given such information, more people may use alternative modes of travel. In other words, ITS is market-oriented. This paper provides some key understanding of ITS planning and discusses an overview of the various ITS functional areas to user service. In addition, these results are then used to produce guidelines for ITS planning strategies in Korea.

Key concepts: Transport engineering, Transportation planning, Intelligent transportation system, Engineering, Construction engineering, Systems engineering, Computer science

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