The only solution for k-mismatches in packed text works in O ( ( n log σ / log n ) ⌈ m log ( k + log n / log σ ) / w ⌉ + n ε ) time, for any ε > 0 .
Nov 23, 2012 · The only solution for k-mismatches in packed text works in O((n \log\sigma/\log n)\ceil{m \log (k + \log n / \log\sigma) / w} + n^{\varepsilon}) ...
In this paper we study the string matching with k-mismatches problem in the packed scenario. This problem is to find the positions of all the substrings in T ...
The only solution for $k$-mismatches in packed text works in $O((n \log\sigma/\log n)\ceil{m \log (k + \log n / \log\sigma) / w} + n^{\varepsilon})$ time, for ...
A note on the longest common substring with k-mismatches problem · Faster Algorithms for Longest Common Substring · Longest Palindromic Substring in Sublinear ...
The only solution for $k$-mismatches in packed text works in $O((n \log\sigma/\log n)\ceil{m \log (k + \log n / \log\sigma) / w} + n^{\varepsilon})$ time, for ...
Given strings P of length m and T of length n over an alphabet of size @s, the string matching with k-mismatches problem is to find the positions of all the ...
Sep 3, 2020 · I am trying to solve a program where I use hashing (via a rolling hash structure) and a binary search to find all positions where a pattern can be found in ...
Giaquinta, E., Grabowski, S., & Fredriksson, K. (2013). Approximate pattern matching with k-mismatches in packed text. Information Processing Letters, 113 ...
For each character you have a list of offsets where it occurs in the pattern,. When you see the char in the text, you increment the appropriate counters.
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