Short-term planning of surface mining operations in the MINEFRAME mining and geological information system

G. O. Nagovitsyn
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Abstract

One of the levels in planning of surface mining operations is short-term planning during the mining phase of the deposit reserves. Algorithms and software tools for the module of automated planning of surface mining operations have been developed as part of the task to enhance the efficiency of short-term planning in the MINEFRAME mining and geological information system. This module allows to make a comparative analysis of the selected structure of complex mechanization, as well as to optimize the operation of the in-pit transport based on simulation modeling of technological processes in surface mining. The module for planning of surface mining operations increases efficiency, timeliness and accuracy of planning based on input data and limitations that characterize the operation of the enterprise. Selection of the optimal structure for complex mechanization is made based on the analysis of the received reporting data of each planning scenario according to the performance indicators of the machinery and equipment. This approach fully corresponds to the trends of digital transformation declared by the government of the Russian Federation and represents a new stage of automation and informatization of economic activities and transition to digital technologies.
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在 MINEFRAME 采矿和地质信息系统中对露天采矿作业进行短期规划
露天采矿作业规划的一个层面是矿床储量开采阶段的短期规划。作为提高 MINEFRAME 采矿和地质信息系统短期规划效率任务的一部分,开发了露天采矿作业自动规划模块的算法和软件工具。通过该模块,可以对所选的复杂机械化结构进行比较分析,并根据露天采矿技术过程的仿真建模优化坑内运输操作。露天采矿作业规划模块可根据输入数据和企业运营的限制条件提高规划的效率、及时性和准确性。根据机械设备的性能指标,在对收到的每个规划方案的报告数据进行分析的基础上,选择复合机械化的最佳结构。这种方法完全符合俄罗斯联邦政府宣布的数字化转型趋势,代表着经济活动自动化和信息化以及向数字技术过渡的新阶段。
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