Analysis And Construction Of Reservoir Engineering Directory Service System

Reservoir engineering data oilfield development, production management, research,program development, implementation of efficiency measures and scientific decision-makingcenter of the most important oil fields factual basis and foundation. Oil reservoir engineeringdata in the current application, the prevalence of multi-level data storage distribution, finddifficult to update the data generated by heterogeneous applications and data is not accurate,data redundancy and fragmentation caused by inconsistent data flow, and data query and usecumbersome process, operation and development of software systems lack of uniform datastandards and logic models, and low level of information sharing issues. Therefore, an urgentneed to build the reservoir engineering data directory services system and portal applications,provide a clear view of the data directory structure and data distribution logic for all levels ofusers to view and direct access to the required data according to the data directory, data thefast search, locate, download, and application; while achieving A1and A2of the database, acomprehensive database of oil production plant, the basic units of database manipulation andeffective management, providing real-time, accurate, complete data to support the use ofsoftware to run.For different user groups and different functions require the use of B/S and C/S hybridimplementations. Three-tier B/S structure, can provide reservoir data directory inquiriessearch and information services, the client for the majority of users of a Web environmentdirectly with the IE browser will be able to realize the system’s various operations. Using C/S structure for some specialized users such as database administrators monitor databaserecovery, remote operation function warning analysis. In the B/S architecture, the use ofsophisticated IIS Web application server and transaction processing middleware, theperformance of enterprise applications has been significantly improved to meet the criticalneeds of the business.Reservoir engineering analysis and application of data acquisition units, each unitbusiness functions and business processes, using a tree structure and division of functionsdefined relationships between domains and business units to undertake to build UML activitydiagram reservoir engineering data applications based on business models, completed aroundthe production, research and management to build and manage business processes.After the data directory services system and portal system operation, enabling integrationof the information center database management, the daily management of the informationcenter of reservoir engineering data and maintenance of various databases integrated into the portal platform, complete the additional data in an integrated environment, migration,validation, database monitoring, security management, user management, backup, restore andother daily work, simplifying the process of complex operations; For all levels of users, whileproviding data according to the data directory logical directory structure and data distributionview and direct access to the data required for a clear view also provides real-time, accurate,full software support system operation data operation, thereby greatly improve the efficiencyand reservoir engineering data management and application level, as well as in reservoirengineering data information sharing, resource sharing, sharing of results, for the production,management and decision-making to provide timely information to support a full range ofon-site security and data nature, generate significant social and economic benefits.