含油氣盆地信息資源系統(tǒng)數(shù)據(jù)管理模塊開發(fā)
[Abstract]:Oil and gas resources are of great importance to the development of national economy and are strategic resources for national development. The strategic investigation, evaluation, planning, management, protection and rational utilization of oil and gas resources all involve the collection, processing, management, analysis and decision making of massive data. Therefore, modern management of basin resource information is urgently needed. The basin information resource system integrates all kinds of data of oil and gas basins, and shares relevant information through the system network, which is conducive to the comprehensive research and integration of oil and gas resources information in China, and to the overall improvement of the efficiency of strategic research work. It provides high-quality information service for government scientific decision-making, high-efficiency production of enterprises, scientific research institutes and the public. The construction of basin resource information system has important practical significance. The purpose of the data management of the basin resource information system is to sort out and integrate the data resources accumulated in the investigation and evaluation work of the basin district based on the existing two-dimensional database standard, to sort out, classify and transform the format, and then to input the data into the database. To provide public welfare services. The main work of data management in the construction of basin information resource system is as follows: standardization of data format according to unified data standard and data type, Bring all kinds of professional data of oil and gas resources into the database of oil and gas resources to be managed. According to the standardized format of data types, uniform norms, complete the functions of spatial data format conversion, data quality inspection, and so on, we can realize the multi-specialty of oil and gas resources. Multi-format, multi-source data integration and loading, query browsing and statistical analysis. The system uses C / S architecture, Visual C # language and Oracle 11 database to complete the design and implementation of the system. The system mainly implements data organization, metadata management, data browsing, query and statistics, map tools (data display configuration), user configuration, module management, and system management 9 submodules. The data organization sub-module completes the creation and loading of the directory tree structure; the metadata management realizes the creation, editing and export of the metadata; the data management sub-module realizes the upload of the map, the import of the document data and the import of the data table. The functions of importing, editing and exporting of attribute data, data browsing realized the view of map, document and attribute table, and the annotation and display of related symbols, the submodule of query statistics of data realized the search, query and statistics of database information. The map tool realizes the functions of navigation tool, legend, layout setting and so on, and the user management realizes the function of adding and deleting the role and user, setting the permission, modifying the password and so on. In general, the unified organization and management standards of data space and attribute data have been preliminarily improved. On the basis of existing information resources, the construction of basin information resources has been established, and the modernization level of geological information management and application has been improved.
【學(xué)位授予單位】:山東大學(xué)
【學(xué)位級(jí)別】:碩士
【學(xué)位授予年份】:2017
【分類號(hào)】:TP311.52
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