甘肃小铁山矿生产数据集成系统开发与应用

发布时间：2018-08-28 15:56

【摘要】：以甘肃省小铁山矿为例,采用C/S、B/S架构和面向Agent系统开发技术构建了矿山生产数据集成系统,该系统采用金字塔式的层次递进方式,通过对数据进行容错修改来构建数字型矿山生产管理事务决策的储备层;采用录入、计算、层次拓扑组织等手段,实现数据输入、传输和读出的自检化,确保数据安全性;运用SQL查询语句、MDX语句来处理数据操作过程中的复杂问题,提高数据信息在不同数据库中的可移植性,同时结合系统动态交互拓扑重构功能和矿山技术人员工作经验,确保数据二度存储的准确度。研究表明:该系统实现了同一时空框架下矿山历史生产信息和日常事务管理信息的有机集成,可通过设定不同的实践维度、作业区等查询条件实时获取矿山开采进程信息,可为后续矿山采准、切割作业提供可靠的数据支持,有效保证了开采工作安全有序推进。
[Abstract]:Taking Xiaotieshan Mine in Gansu Province as an example, the mine production data integration system is constructed by using C/S, B/S framework and agent-oriented system development technology. The system adopts pyramid-type hierarchical progressive method, and constructs the reserve layer of digital mine production management affairs decision-making through data fault-tolerant modification; adopts input, calculation and hierarchical topology. By organizing and other means, data input, transmission and readout can be self-checked to ensure data security; SQL query and MDX statements are used to deal with complex problems in the process of data operation, and the portability of data information in different databases is improved. At the same time, the dynamic interactive topology reconstruction function of the system and the working experience of mine technicians are combined. The research shows that the system realizes the organic integration of mine historical production information and daily affairs management information under the same space-time frame, and can acquire mine mining process information in real time by setting different practical dimension, operation area and other query conditions, which can provide reference for subsequent mining and cutting operations. Reliable data support has effectively ensured the safe and orderly development of mining work.
【作者单位】：南昌理工学院电子学院;
【基金】：江西省教育厅教改课题(编号:JXJG-15-25-8)
【分类号】：TD67

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