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GIS based Road Information & Management System A Decision Support Tool for

GIS based Road Information & Management System A Decision Support Tool for Public Works Department, Maharashtra, India. Ms. Bindu P.S. Member Technical Staff Centre for Development of Advanced Computing (C-DAC),

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GIS based Road Information & Management System A Decision Support Tool for

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  1. GIS based Road Information & Management System A Decision Support Tool for Public Works Department, Maharashtra, India Ms. Bindu P.S. Member Technical Staff Centre for Development of Advanced Computing (C-DAC), A Scientific Society of Department of Information Technology, Government of India

  2. Background • Objective • Facilitate Transportation Infrastructure Management • Motivation • Difficulty in archival of paper printed road maps • Data voluminous, non-uniform, and not up-to-date • Difficulty in information access

  3. Approach • Solution Framework • Establish state-wide up-to-date digital database of roads • Information attachment to the spatial data layers • Information access through a GIS Interface

  4. Methodology • Spatial Data Creation • Source : SOI Maps & Traditional Road maps of PWD • Digitization of spatial layers from the base maps • Collation of the data to a uniform scale and projection system • Updation of the road network through satellite imageries • Dynamic segmentation of roads at 1km interval

  5. Methodology • Non-spatial Data Creation • Updation of the statistical registry pertaining to roads • Attribute information collection through data collection sheets • Transference of data to an electronic medium • Storage and maintenance in RDBMS

  6. Process Flow

  7. Implementation PWDWide Area Network

  8. Implementation Data FlowArchitecture

  9. Features • Application Overview • Data organized in views based on jurisdictional hierarchy • Maps are dynamically linked to the attribute database • Unique visualization and querying facility • Intuitive and user friendly interface with custom menus, tools and buttons

  10. Utility • Asset Management Tool • 0.2 million km of road network across the state is captured • Eighty attributes are attached per km of the road • Decision Support Tool • Over forty customized queries with report generation capabilities

  11. Usage A Query Instance : Minor bridges along the roads of Baramati Taluka

  12. Usage Villages with population over 1500, connected to All-weather Roads

  13. Usage Shortest Route connecting two locations with directions of travel route

  14. Summary • Development of a GIS based Road Information and Management system • Successful implementation as an asset management and decision support tool • Facilitates Transportation Infrastructure Management for Public Works Department, Government of Maharashtra.

  15. Conclusion • Scope of future work (Web enabling) • Replication of the same exercise for other States and Organizations

  16. Thank you

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