Road/Weather Information System architecture for integration and expansion
TM Kwon, E Fleege - Transportation research record, 2000 - journals.sagepub.com
TM Kwon, E Fleege
Transportation research record, 2000•journals.sagepub.comBecause of rapidly changing technologies and associated increasing costs, implementation
of a Road/Weather Information System must be carefully planned. Planners know the
importance of starting with an architecture that allows easy integration of new and legacy
technologies and easy expansion to a larger system. A layered, hierarchical architecture is
proposed to meet that objective. A prototype of this model was implemented in the
Minnesota Department of Transportation District 1. This system is described in brief.
of a Road/Weather Information System must be carefully planned. Planners know the
importance of starting with an architecture that allows easy integration of new and legacy
technologies and easy expansion to a larger system. A layered, hierarchical architecture is
proposed to meet that objective. A prototype of this model was implemented in the
Minnesota Department of Transportation District 1. This system is described in brief.
Because of rapidly changing technologies and associated increasing costs, implementation of a Road/Weather Information System must be carefully planned. Planners know the importance of starting with an architecture that allows easy integration of new and legacy technologies and easy expansion to a larger system. A layered, hierarchical architecture is proposed to meet that objective. A prototype of this model was implemented in the Minnesota Department of Transportation District 1. This system is described in brief.
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