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Design And Realization Of Mine Geological And Hydrological Database System

Posted on:2017-03-04Degree:MasterType:Thesis
Country:ChinaCandidate:J X MaoFull Text:PDF
GTID:2348330515464248Subject:Software engineering
Abstract/Summary:PDF Full Text Request
With the development of "Digital Mine" presented and the appropriate technologies,after many years to mining,geological data and hydrological data has been accumulated to a certain extent.The use of digital management has become an important method of mining data,the constructing of database has become one of the emphases of geology research.With the help of computer technology manage geological and hydrological data not only improving accuracy and timeliness of data,but also providing the efficiency of staff.Establish a database system for the geological and hydrological data of a mine in Xinjiang,to achieve an important part of mine's data management information system,are the bases and the purpose of this paper research.The main achievement of this article to import and export data,data validation,backup and restore data functions of the part of geology,hydrology module.Firstly,introduce the development status of data processing and key technologies.Secondly,analyze and design main function modules of the system,the geological,hydrological data processing system is based on 3D modeling of underground resources Dynamic Evaluation System.Data import,export,with use of multi-threading,Ajax technology,batch processing technology.Finalize the implementation system function module.Data conversion,with use of relational and non-relational databases combined,meeting the requirements of mine data processing.Infrastructure configuration,a flexible menu settings and dynamical data display,and finally achieving system function modules.The system under the.NET development platform,Visual Studio 2010 development platform,C# program language,LINQ database management technology to complete the development of database management system platform.Currently,Dynamic evaluation system of underground resources based on 3D modeling has been used in Xinjiang,to achieve the desired objectives.
Keywords/Search Tags:Data processing, .NET Development Platform, System configuration, MongoDB, Digital Signatures, Batch processing
PDF Full Text Request
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