信心调度:露天矿机器学习、优化与仿真的集成

Kosta Ristovski, Chetan Gupta, Kunihiko Harada, Hsiu-Khuern Tang
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引用次数: 12

摘要

露天采矿作业需要使用极其昂贵的设备,如大型卡车、铲子和装载机。为了保持竞争力,矿业公司面临着提高设备利用率和降低运营成本的压力。采矿作业的关键是制订复杂的卡车分配战略,以确保以最低的作业成本有效地利用设备。为了解决这个问题,我们实施了卡车分配方法,该方法集成了机器学习、线性/整数规划和仿真。我们的卡车分配方法考虑了卡车的数量、大小、铲斗和倾卸位置以及作业过程中的随机活动时间。机器学习用于预测设备活动持续时间的概率分布。我们使用从两个露天矿收集的数据验证了该方法。实验结果表明,该方法的效率提高了10%。结果表明,机器学习可以为采矿业带来巨大的价值。
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Dispatch with Confidence: Integration of Machine Learning, Optimization and Simulation for Open Pit Mines
Open pit mining operations require utilization of extremely expensive equipment such as large trucks, shovels and loaders. To remain competitive, mining companies are under pressure to increase equipment utilization and reduce operational costs. The key to this in mining operations is to have sophisticated truck assignment strategies which will ensure that equipment is utilized efficiently with minimum operating cost. To address this problem, we have implemented truck assignment approach which integrates machine learning, linear/integer programming and simulation. Our truck assignment approach takes into consideration the number of trucks and their sizes, shovels and dump locations as well as stochastic activity times during the operations. Machine learning is used to predict probability distributions of equipment activity duration. We have validated the approach using data collected from two open pit mines. Our experimental results show that our approach offers increase of 10% in efficiency. Presented results demonstrate that machine learning can bring significant value to mining industry.
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