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The main objective of this research was to integrate the Geographic Information System (GIS) and PAVER System to identify, collect, analyze, and display pavement condition data on Irbid arterials, collectors, and locals. Classification process included distress type, and distress severity level options for repair. A scheme that integrates the previous mentioned systems was developed. The developed system utilized the data collected by field inspection and PAVER system to be represented in the GIS environment.

Produktbeschreibung
The main objective of this research was to integrate the Geographic Information System (GIS) and PAVER System to identify, collect, analyze, and display pavement condition data on Irbid arterials, collectors, and locals. Classification process included distress type, and distress severity level options for repair. A scheme that integrates the previous mentioned systems was developed. The developed system utilized the data collected by field inspection and PAVER system to be represented in the GIS environment.
Autorenporträt
Has master degree in Civil Engineering-Highway Transportation Engineering from Jordan University of Science& Technology, also PhD student of IIGS in Stuttgart University-German, her interested areaes of research: Surveying Engineering, Photogrammetry, Remote Senceing, GIS, GPS, Pavement Maintenance, 3D-Laser scanning, Simulation modeling