This paper presents a Local Outlier Coefficient - Based (LOC) Mining of Outliers.
提出了一种基于局部孤立系数(loc)的孤立点挖掘算法。
It is first raised that safety coefficient can be calculated by using the widths of yield zone and pillar, and the steps of designing the strip mining size are pro-posed.
首次提出了根据屈服带宽度和条带煤柱宽度来确定条带开采安全系数的方法，同时给出了设计条带开采尺寸的步聚。
The lag distance of abutment pressure behind working face increases, but the convergence coefficient of vertical stress doesn't change obviously with the increase of mining height.
分层开采与综放开采工作面滞后支承压力变化规律是，随着采高的增大，工作面滞后支承力的距离加大，垂直应力集中系数差别不大。
The rationality of the conversion coefficient (K) formula affects the analytical quality of uranium content of the ore from underground mining and the sorting quality.
换算系数(K)的公式是否合理，直接影响出窿矿石铀含量的分析质量和矿石的分选质量。
Secondly, the research situation of vehicle proving ground and test roads was discussion, and the various methods of deter- mining enhancement coefficient were summarized.
然后介绍了车辆试验场及试验道路的研究现状，综述了确定强化系数的各种方法。
This algorithm is an improvement of local sparsity ratio and local sparsity coefficient computation for local sparsity coefficient - Based (LSC) Mining of Outliers paper.
该算法是对基于局部稀疏系数(LSC)孤立点挖掘论文中局部稀疏率和局部稀疏系数计算的一种改进。
The water inrush accident occurred from pressurized mining in the actual production mine verified the rationality of the water inrush coefficient revised formula.
实际生产矿井带压开采突水事故证明了突水系数修正公式的合理性。
Examples are cited to explain the principle and method to determine weight coefficient using analytic hierarchy process in fuzzy decision of mining method.
通过实例论述了在采矿方法模糊决策中用层次分析法确定权系数的原理和方法。
Based on the coefficient of drifting lead a set of directory indexes used for testing mining-drifting balance, is put forward.
提出了用掘进提前系数为主的一套直接指标体系来反映矿井采掘平衡状况。
In coal mining induetry, it is important to ascertain the conductance coefficient in the calculation of cable section.
在煤炭企业电缆截面积选择计算当中，如何确定电导系数的大小，是一个不能忽视的问题。
The results showed that the higher of the mining influence coefficient, the longer the time interval between the up seam mining and the low seam mining would be favorable to the up seam mining.
结果表明，采动影响系数越大、上下煤层开采间隔的时间越长，对上部煤层的开采就越有利。
By data method, the complexity degree coefficient of drape, fault and inclined angle of 15-17-16141 mining face is calculated and analyzed.
采用数字的方法，对平煤十二矿己15-1 7-16141工作面的褶皱复杂程度系数、断层复杂程度系数和倾角复杂程度系数进行量化计算与分析。
By data method, the complexity degree coefficient of drape, fault and inclined angle of 15-17-16141 mining face is calculated and analyzed.
采用数字的方法，对平煤十二矿己15-1 7-16141工作面的褶皱复杂程度系数、断层复杂程度系数和倾角复杂程度系数进行量化计算与分析。
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