提出了两种在多粒度时间下的部分周期挖掘算法。
The paper presents two algorithms for efficient mining of partial periodic pattern with multiple time granularity.
实验表明了提出的算法在多粒度时间下挖掘部分周期是有效的。
Experimectocl results show the proposed algorithms are efficient in mining partial periodic with multiple time granularity when input is large.
这作为全文研究的基础,贯穿于时间序列部分周期模式挖掘和增量挖掘分析的全过程。
They are the foundation of research on Algorithm of Mining Partial Periodic Patterns and they can be used in the whole paper.
And in contrast, in the lower left hand part of the periodic table, these 2 quantities are low, so also what we're going to see is low electronegativity.
相反地,在周期表的左下部分,这两个量的值都很小,因此我们会看到这里的电负性也很低。
If you do look down at the Periodic Table and get above 109, Uun Uuu Uub you will see these strange notations here, Uun,Uuu,Uub What is all of this?
如果你看周期表的下面部分,到109号,你会看到这些奇怪的符号,这些是什么呢?
Donors are over here, the metals on the left end of the Periodic Table.
在这里,在元素周期表的左下部分的金属。
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