Dissertation > Excellent graduate degree dissertation topics show

Design and Implementation of Water Supply Network Based on Integration of Graph and Model

Author: LiuGuang
Tutor: QiHuan
School: Huazhong University of Science and Technology
Course: Systems Engineering
Keywords: integration of graph and model water supply network Dot Net Framework XML
CLC: TU991.33
Type: Master's thesis
Year: 2007
Downloads: 48
Quote: 3
Read: Download Dissertation

Abstract


With the rapid development of the national economic, the demand of industry and residents on urban Water Supply System (WSS) is ever increasing. There is an urgent need for more advanced technical means and the platform for the performance simulation analysis of water supply network in order to obtain more optimal scheduling method because of the disadvantage of traditional water supply system. A friendly user interface and interaction technology platform will greatly facilitate the modeling and analysis of the water supply network.In order to implement the graph design of the water supply network, the platform is developed by C # language under Visual Studio.Net 2005 IDE (Integrated Development Environment) which is based on the framework of the Dot Net platform. The key technology is the integration of the visual platform and WSS model. After setting the property and the initial value of the element in the network, the result will display at the property catalog after the simulation and analysis of the model are completed.During the design and implementation, the latest popular XML technology is used to achieve the network model and its associated property. Compared to the traditional performance of database-based storage model, the advantage of XML technology can not only reduce intermediate links but also be convenient for users to model and analyze. The platform will occupy less system resources during runtime and run faster.Finally, a specific demonstration shows the platform can be used to design and implement WSS effectively, which meets the user needs.

Related Dissertations

  1. Research and Implementation on Knowledge Representation of Gene Regulatory Network,Q78
  2. Research and Implement of SDO Model in University Enroll System Based on SOA,G647
  3. Research on F&B Index Structure Supporting XML Query,TP311.13
  4. Research on Integration Technologies of LXI Automatic Test System,TP274
  5. The Study and Development of Web-Based Apparel Style Design System,TS941.2
  6. Research on the Method of Interface Automatic Generation Based on MDA,TP311.5
  7. Method of mapping UML models to XMI,TP311.5
  8. Design and Implementation of Assistant Sci-tech Novelty Retrieval System Based on Middleware,TP391.3
  9. Seismic Reliability Analysis of Urban Water Supply Pipeline System,TU991.33
  10. Dahongshan Copper underground water supply pipe network system design and implementation,TD218
  11. The Effect of Water Quality Variations on Iron Release in Corroded Pipe,TU991.2
  12. Application of Global Positioning System to Management of Drinking Water Distribution System,TU991.62
  13. Study on Method of Constructing Physical Models of Water Supply Networks,TU991.33
  14. The Design and Implementation of Meteorologic Server and Its Application to Business Integrated Monitor System,TP368.5
  15. Design and Implementation of Document Management Subsystem in Collaborative Office System,TP311.52
  16. The Software Design and Implementation of Production Process Control System,TP311.52
  17. The Design and Implementation of the Data Exchange System,TP311.52
  18. Research and Implementation of Suspicious Behavior Annotation Based on Decompilation,TP309
  19. Design and Implementation of Web Service-Based Visual Military Scenario Generation System,TP391.41
  20. Research on Software Process Modeling and Process Execution-Driving Techonology,TP311.52
  21. Pressure Management for Leakage Reduction in Water Distribution System,TU991.33

CLC: > Industrial Technology > Building Science > Municipal Engineering > Water supply project ( on the Water Works ) > Water distribution > Water distribution network
© 2012 www.DissertationTopic.Net  Mobile