Development and Application of Urban Water Supplying Network System Based on GIS

Zheng Zhong Wu; Jun Ping Liu; Jing Jin

doi:10.4028/www.scientific.net/AMR.726-731.3073

Paper Titles

The Key Technologies of Comprehensive Utilization for Urban Rain Flood Based on the Multi-Function Tunnel
p.3056

Optimization Design for Diameter in Irrigation Pipeline Network in Land Consolidation
p.3060

Analytical Method of Water Column Height in Liquid Loading Gas Well
p.3065

Benefits Analysis and Scheme of Rainwater Utilization for a Residential District
p.3069

Development and Application of Urban Water Supplying Network System Based on GIS
p.3073

Entropy Coefficient Assessment of Mulch Drip Irrigation Scheme in Tobacco Fields
p.3077

Research on Evaluation about Measures with Water Plugging in the West of Bei 3 Area of Daqing Saertu Oilfield
p.3084

Research on the Risk Entropy Model of Water Supply Systems Based on Entropy Theory
p.3089

The Information Technology Analysis in the City Preventing-Draining Waterlogging and Early Warning System
p.3094

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 726-731Development and Application of Urban Water...

Development and Application of Urban Water Supplying Network System Based on GIS

Abstract:

The system of urban water supplying network which is very indicate and large-scale has complex spatial information and attributes, so the traditional method to manage the water supplying network is difficult to meet the actual needs of the network. Taking a urban water supplying network as an example, making full use of its powerful function of inquiring the data, analyzing and processing the spatial data, demonstrating interactively the data and graph of the geographic information system (GIS), the information management system of water supplying network based on ArcGIS is set up to achieve the goals of browsing the spatial data quickly, drawing the thematic map for the feedwater nodes, water supplying pipelines and other facilites. So it can improve the efficiency and quality of water supplying network management, and provide the scientific basis and technical support for the operation and maintenance of water supplying network and other daily management.

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Periodical:

Advanced Materials Research (Volumes 726-731)

Pages:

3073-3076

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.726-731.3073

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Online since:

August 2013

Authors:

Zheng Zhong Wu, Jun Ping Liu, Jing Jin

Keywords:

Feedwater Nodes, Geographic Information System (GIS), Water Supplying Network

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