The replacement string may contain references to subsequences captured during the previous match.
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。
Replacing subsequences with alternative subsequences if you have a specific pattern in a sequence.
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。
Note that this is an LCS, rather than the LCS, because other common subsequences of the same length might exist.
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。
Sequential pattern mining, which discovers frequent subsequences as interesting patterns in a sequence database.
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。
The algorithm is simple and new, runs so fast, and reduces the cost of computing support counts of subsequences.
该算法简单、新颖，运行快速，简化了子序列支持数的计算。
The adjacent codes with given number are assembled to form subsequences after all the codes of sections are recovered.
在得到所有区域编码后，将相邻的给定个数的区域编码组成代码子序列。
Finally, pattern of the action sequence segment can be confirmed by comparing possibility scale of subsequences waiting for recognition.
最终通过比较各待识序列的实现可能性大小，完成对该待识序列的模式识别。
A program can refer to elements or subsequences of strings just as with any sequence, although strings, like tuples, cannot be modified "in place."
尽管不能“按位置”修改字符串(如字节组)，但程序可以引用字符串的元素或子序列，就象使用任何序列一样。
The discovered sequential patterns represent the most common subsequences with the database sequences and can be used to determine their similarity.
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。
With the guidance of these existent methods, a novel method for identification of molecular subsequences based on fast walsh transform is presented .
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。
For each test case, output one line containing the number of nondecreasing subsequences you can find from the sequence S, the answer should % 1000000007.
对于情况一： 排序前后并未影响原来的顺序，所以可以直接把大的元素插在前面所有出现过的元素后面形成新的不下降子序列。
Tactical learning refers to the improvement that comes about because people learn familiar subsequences of problem solving steps that appear in multiple problems.
战术学习指的因为人们学习熟悉解决问题各个步骤的顺序而做出的改进，这些解决步骤可以用于许多问题中。
A combinatorial strategy of subsequences and the intrinsic characteristics of RNA secondary structure are adopted to compute the structures of planar multi-pseudoknots and a non-planar pseudoknot.
该算法采用子序列的组合策略和RNA二级结构的内在特性，计算多个平面伪结点和一个非平面伪结点结构。
Experimental results show that the presented algorithm is effective in detecting outliers in the outlier subsequences detection and can improve the effectiveness of the outlier subsequences detection.
实验结果表明，所提出的算法对异常子序列的异常检测具有很好的效果，能够有效地提高时间序列中异常子序列检测的效率。
Experimental results show that the presented algorithm is effective in detecting outliers in the outlier subsequences detection and can improve the effectiveness of the outlier subsequences detection.
实验结果表明，所提出的算法对异常子序列的异常检测具有很好的效果，能够有效地提高时间序列中异常子序列检测的效率。
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