Dissertation > Excellent graduate degree dissertation topics show

The Study and Development of Petrophysical Parameters Analysis System Based on Web GIS

Author: GuanWeiJun
Tutor: YangKaiYing
School: Wuhan University of Technology
Course: Applied Computer Technology
Keywords: Petrophysical Web GIS XML StrutsCX Visualization
CLC: TP311.52
Type: Master's thesis
Year: 2005
Downloads: 73
Quote: 1
Read: Download Dissertation

Abstract


In recent years, the rock physics research in the field of oil and gas exploration applications, more and more attached great importance to and has made remarkable progress. Rock physics study's primary task is the establishment of rock physical properties parameter database, despite the current establishment of the rock physical properties parameter database can meet the needs of the oil and gas exploration method for research and production of, property analysis by means of specialized software to complete, and can not be intuitive to the performance of the rock The physical parameters of the spatial distribution characteristics. Terms from petrophysical analysis, however, any one aspect of the spatial location of the rock are inextricably linked, therefore, can not be divorced from its spatial properties petrophysical analysis. GIS provides the management and analysis of the best means of spatial attributes of data, introduction of GIS technology has its significance in the physical properties of the analysis system. Web GIS technology not only has the function of GIS and information, data sharing and exchange provides a platform for collaboration. It is in this context that the physical analysis system based on Web GIS petrophysical database, property analysis systems and open Web GIS platform three integrated solutions. Papers on the basis of a brief overview of the rock physical properties analysis of existing rock physical properties database system the existence of the problem, as well as the significance of rock physical properties of the parameters of the space attributes of the physical properties analysis of, thus proposed a based on Web GIS physical property analysis of the system's solution, and gives the system architecture and detailed functional design as well as the development and running of the system's hardware and software environment. Identified through the analysis of the current Web GIS tectonic model system to build technology based on SVG and GML Web GIS platform program. Briefly introduces the basic principles of SVG, GML, XSLT key technologies and StrutsCX Web development framework based on Web GIS platform architecture and implementation of key technologies. In addition, in order to be more intuitive to the performance of the data and its statistical analysis of the results of the original physical parameters, take full advantage of the StrutsCX within the framework of the support of the XSLT transformation, XML XSLT dynamically generated SVG graphics technology to achieve data visualization. Finally, the system prototype implementation of key technologies, including SVG map zooming and roaming, layer control, the bidirectional query of spatial data and attribute data, as well as basic petrophysical analysis functions and data visualization to achieve. Rock physical properties database based on Web GIS physical properties analysis system, physical property analysis of the system and opening up of the Web of GIS platform organically integrated together, not only on the increase of oil and gas exploration areas of rock physical properties of parameters such as the basis of the data information of the management and utilization level has important also has some reference to the development of information management systems for other applications.

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. Research and Design of a C++ Codes Defect Detection System,TP311.53
  9. Web-based scientific computing legacy application sharing technology research,TP393.09
  10. WebGIS-based geographic information support technology in the water safety warning systems applied research,P208
  11. Jiamusi University Data Center Management System Design and Implementation,TP311.52
  12. Research on Key Technology of Business-Oriented Information Services WEB-GIS Platform,P208
  13. The Management System of Electrical Communications Resources Based on GIS and Web Technology,TM73
  14. IDL-based monitoring of water pollution visualization Design and Implementation,X832
  15. Study and Realization of Dynamic Security Assessment System Graph-Data Integration Platform,TM743
  16. 3D Modeling for Iron Mine Underground Based on SURPAC and Numerical Analysis of the Stability of the Mining Process,TD861.1
  17. Soft rock mass quality bauxite grading and Engineering Visualization Research,TD862.5
  18. Optimization of Electrical Tomography System,O441.4
  19. Wastewater Discharging Water Quality Simulation and Visualization in the South of Dapeng Peninsula Coastal,X55
  20. Dahongshan Copper three-dimensional modeling and visualization,P618.41
  21. Research on Visualization of Three-dimension in Sea Battlefield Situation,TP311.52

CLC: > Industrial Technology > Automation technology,computer technology > Computing technology,computer technology > Computer software > Program design,software engineering > Software Engineering > Software Development
© 2012 www.DissertationTopic.Net  Mobile