[VUE] - Visual dynamic algorithm using levenshtein and KMP search algorithm.
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Updated
Sep 5, 2019 - Vue
[VUE] - Visual dynamic algorithm using levenshtein and KMP search algorithm.
Find the best match for a token word with dictionary via min edit distance and levenshtein
Python scripts used to calculate 3 basic similarity measures, suitable for ad hoc information retrieval systems: Levenshtein Edit Distance, Jaccard, and a Term-Document matrix.
This sample compare two text files similarity using memory efficient Levenshtein algorithm.
Efficient typo-tolerant search in 76 lines of code, with no dependencies.
Bot Dialog Flow Telegram untuk memenuhi Tugas Akhir Matakuliah Multi Channel Access
Implemented various spellcheck techniques like cosine similarity, jaccard similarity and levenshtein distance. Open to any further contributions.
C++/Assembler language program simulating the operation of autocorrect using the Levenshtein (Editing Distance) Algorithm. [PL]
Fuzzy search using Levenshtein Distance (LD) and Longest Common Substring (LCS) algorithm.
Here Is Program To Check The Spelling And Correction in Spelling mistake suggester
Finding matching concepts in OCL MSF Source
A Levenshtein Distance implementation using C++ with a dynamic programming approach.
🤖 ChatBot program, which is able to discuss some C++ related topics based on the content of a knowledge base.
Simple package to implement levenshtein distance algorithm in typescript
Web-based text aligner and comparator
A fuzzy match library exposed by rest endpoint written in GoLang
The Levenshtein distance algorithm calculates the minimum number of operations required to transform one string into another. The operations can be insertion, deletion, or substitution of a single character. The higher the Levenshtein distance between two strings, the more different they are.
Less-wrong single-file Numba-accelerated Python implementation of Gotoh affine gap penalty extensions for the Needleman–Wunsch, Smith-Waterman, and Levenshtein algorithms for sequence alignment
Implementation of the Levenshtein Algorithm in x86 Assembler (for multi-threaded use). [ENG]
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