Set of handy reusable .NET components that can simplify your daily work and save your time when you copy and paste your favorite helper methods and classes from one project to another

Python implementation of Suffix Trees and Generalized Suffix Trees.

A Java implementation of a Generalized Suffix Tree using Ukkonen's algorithm

Python package for lexicon; Trie and DAWG implementation.

A Generalized Suffix Tree for any Python iterable using Ukkonen's algorithm, with Lowest Common Ancestor retrieval.

Tells you which "words" can be written as a publicly available domain

安全开发基础组件：域名后缀树（Golang实现）

Data structures implementation & visualization

Ukkonen's suffix tree algorithm, a complete version implemented in Python

transform transliteration to Quran text

The lib CBioInfCpp.h contains 3 groups of functions for C++: "Input-Output", "Working with strings", "Working with graphs". Data structures "Adjacency vector" and "Adjacency map" are implemented in the last one (i.e. in "Working with graphs"). See About_CBioInfCpp for details.

C++ implementation of Ukkonen's algorithm.

C++20 Generalized Suffix Tree implementation

Implementations of Fundamental Algorithms & Data Structures in C++.

Program Structure and Algorithms

DGST: Efficient and Scalable Generalized Suffix Tree Construction on Apache Spark

Algorihms about Suffix Array Construction, Suffix Tree, Longest Common Prefix, Burrows Wheeler Transform,

gstlib: a Generalized Suffix Tree Library in Scala

Fork of the project http://code.google.com/p/radixtree

A well-structured, relatively compact implementation of Ukkonen's linear time suffix tree construction algorithm in C# 7+. With bonus detailed explanation on the algorithm.

A suffix-tree index implemented in go

Implementations of Suffix Trees Algorithms

The research of accuracy of searching cycles methods in symbolic sequences (time series) with presence of random noises.

Transforms alquran into القرآن

Algorithms and Data Structures course at ITMO University

Algorithm design course in my forth semester of university

Space-efficient variable-order Markov models

Encoding transliterations into Quran forms.

Algorithms and Data Structures

Implementing Autocomplete using Tries