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k-DNA
- k-长DNA子序列在DNA全序列中出现频数的计数问题。该算法通过一个哈希函数把k-长DNA子序列映射为整数关键字从而把k-长DNA子序列出现频数的计数问题转化为整数关键字的重复计数问题,使得能够利用经典B树算法来解决k-长DNA子序列的出现频数计数问题-k-long DNA sequence in the DNA sequence in the frequency of counting problems arise. In the algorithm, a hash function to k
edge2
- 边缘算子分析,各种边缘算子计算方式等。喜欢的可以下载哈~-edge detection
algorithm
- 一些经典算法的java实现:包括:二分查找,最优二搜索树,编辑距离,哈夫曼树,最长公共子序列,矩阵连乘问题,最短路径优先-Some classic algorithm java implementation: including: binary search, and optimal two search tree, the edit distance Huffman tree, the longest common subsequence matrix multiplicative Short