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Road/weather information system architecture for integration and expansion Kwon, Taek Mu ; Fleege, Edward
Utgivningsinformation: Transportation Research Record, 2000Beskrivning: nr 1700, s. 1-4Ämnen: Bibl.nr: VTI P8167:1700Location: Abstrakt: 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.| Omslagsbild | Exemplartyp | Aktuellt bibliotek | Hembibliotek | Avdelning | Hyllplacering | Hyllsignatur | Del av materialet som avses | Volyminfo | URL | Ex.nummer | Status | Kommentarer | Förfallodatum | Streckkod | Exemplarreservationer | Köplats för exemplarreservation | Kurslistor | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Statens väg- och transportforskningsinstitut | Tillgänglig |
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.