First, classic string matching algorithms and regular expression matching algorithms are studied; second a binary sort tree string matching algorithm is proposed and realized.
终结符号处理过程中，深入地研究了字符串匹配算法和正则表达式匹配算法，并实现了二叉排序树字符串匹配算法。
(or cryptographic, if you like) proof that the app binary originates in a publicly available source code, rather than a sort of disclaimer.
对于数学(或加密，如果你喜欢)证明应用程序二进制文件源自公开可用的源代码，而不是一种免责声明。
This paper is devoted to a study of an algorithm of generating the binary-sort-tree on the new structure and, on the basis of this algorithm, an analysis is made of the time complexity.
研究了基于一种新二叉树结构的二叉排序树的生成算法，并在此算法的基础上进行时间复杂度分析。
Use merge sort, in a binary search algorithm complexity: nlogn, n number two together, if can equal to a specific number m, the output yes, otherwise no output.
说明：运用归并排序，在用二分法查找，算法复杂度：nlogn，n个数两两相加，若能等于特定数m，则输出yes，否则输出no。
Use merge sort, in a binary search algorithm complexity: nlogn, n number two together, if can equal to a specific number m, the output yes, otherwise no output.
说明：运用归并排序，在用二分法查找，算法复杂度：nlogn，n个数两两相加，若能等于特定数m，则输出yes，否则输出no。
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