返回以前匹配项的子序列。
1999年的子序列可能属于新破裂。
合成启动子序列分析与设计序列完全一致；
DNA sequencing analysis proved that the sequence ofthe radiation-inducible promoter was totally consistent with the designing sequence.
在此基础上，提出排序的子序列相似查询算法。
Then on these basis, ranked subsequence similarity search algorithm is proposed.
替换字符串可能包含对在之前的匹配中捕获的子序列的引用。
The replacement string may contain references to subsequences captured during the previous match.
如果在序列中具有特定模式，则使用备用子序列替换子序列。
Replacing subsequences with alternative subsequences if you have a specific pattern in a sequence.
采用了基于调制星座集的PTS子序列分组方法。
The SPS (Subblock Partition Scheme) based on modulate constellation in PTS method is adopted.
子序列中的字符与子字符串中的字符不同，它们不需要是连续的。
The characters in a subsequence, unlike those in a substring, do not need to be contiguous.
给出了时间序列的变化序列和最近时间子序列的概念。
The time series varying series and the latest time sub-series are defined.
从实验结果可看出，该方法能较好的识别出启动子序列。
May see from the experimental result, this method can the good recognition start subsequence.
求一个未排序数组中，出现的长度最长的连续子序列长度。
Given an unsorted array of integers, find the length of the longest consecutive elements sequence.
对18个猛禽chd基因的一段内含子序列进行比较和分析。
In this study, CHD gene intron sequences of 18 species of predatory birds were compared and analyzed.
染色体或其他长的DNA序列中包含很多高度相似的子序列。
Chromosomes or other long DNA sequences contain many highly similar repeated sub-sequences.
提出一种新的基于符号化表示的时间序列频繁子序列的挖掘算法。
This paper proposes a new algorithm for mining frequent subsequence in time series based on symbolic representation.
我不是百分之一百肯定，但我认为最长公共子序列可以应用于天。
I'm not a hundred percent sure, but I think a longest common subsequence can be applied to the DAGs.
对12个隼形目物种CHD基因的一段内含子序列进行比较和分析。
In this study, CHD gene intron sequences of 12 species of Falconiformes were compared and analyzed.
序列模式挖掘就是发现序列数据库中的频繁子序列作为用户感兴趣的模式。
Sequential pattern mining, which discovers frequent subsequences as interesting patterns in a sequence database.
如果一个序列是另一个序列的初始子序列，较短的一个序列就小于另一个。
If one sequence is an initial sub-sequence of the other, the shorter sequence is the smaller (lesser) one.
在这些算法的启发下，本文提出了基于快速沃尔什变换的分子子序列识别方法。
With the guidance of these existent methods, a novel method for identification of molecular subsequences based on fast walsh transform is presented .
该算法利用高效的索引方法，达到快速的匹配，解决了多序列的子序列匹配问题。
Using an efficient index method, people can get a fast matching, and have solved the subsequence matching of multi -subsequence.
然后根据各子序列的特性分别建立幂函数、周期函数或ARMA模型并进行预测。
Power function, periodical function, and ARMA model are established according to the characteristics of sub-series.
结果表明(而且很容易使人相信)原始问题的解就是下面三个子序列中最长的一个。
I won't prove this, but it can be shown (and it's not hard to believe) that the solution to the original problem is whichever of these is the longest.
通过分析相邻子序列趋势距离的相似性，提出一种变步长趋势子序列快速搜索算法。
For fast sub trend sequence searching, a various steps algorithm is proposed based on analyzing the similarity of adjacent sub series distance.
请注意，这仅是一个LCS，而不是唯一的LCS，因为可能存在其他长度相同的公共子序列。
Note that this is an LCS, rather than the LCS, because other common subsequences of the same length might exist.
已发现的序列模式代表了数据库序列中最一般的子序列，因此可用它来确定数据序列的相似性。
The discovered sequential patterns represent the most common subsequences with the database sequences and can be used to determine their similarity.
针对时间序列子序列聚类存在的平凡相似和水平伸缩等问题，提出了一种新的子序列聚类算法。
A new subsequence cluster algorithm is proposed to solve the trivial similarity and horizontal stretching problem.
该方法用蛋白质原始序列的子序列分布来描述氨基酸序列，从而充分考虑了蛋白质序列的信息。
FDOD describes protein primary sequences by their subsequence distributions, therefore, the information of protein sequences is sufficiently taken into account.
数据挖掘领域的一个活跃分支就是序列模式的发现，即在序列数据库中找出所有的频繁子序列。
An active research in data mining area is the discovery of sequential patterns, which finds all frequent sub - sequences in a sequence database.
数据挖掘领域的一个活跃分支就是序列模式的发现，即在序列数据库中找出所有的频繁子序列。
An active research in data mining area is the discovery of sequential patterns, which finds all frequent sub - sequences in a sequence database.
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