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:herb: Data structures for JavaScript
An on-disk, Codable R*-Tree for Swift
A Java implementation of the Trie data structure
ConcurrentSortedDictionary implementation in (c#, .NET 7) . It is implemented using a concurrent B+Tree
This is the implementation of 2nd Part in 3-Part Series of Algorithms Illuminated Book. All Implementations in this repository are written in both Python and Golang. Single IPython Notebook contains all Algorithms given in this Part 2.
:evergreen_tree: Persistent data structures for JavaScript
Single-header C++11 implementation of the Cache Sensitive Search tree (CSS-tree)
Logic Programming using Prolog.
Visualisation for traversing a search tree, made in Godot 4
A visual simulator for search tree algorithms, demonstrating the search process step by step.
Purely functional data structures
course 2 of algoritms and data structure specialization
:christmas_tree: Red-black tree library for JavaScript
Implementations of a variety of data structures and algorithms, mainly in C/C++.
Tarefas para o aprendizado de algoritmos, da cadeira Algoritmo e Estrutura de Dados do curso de Sistemas de Informação (SI) do CIn da UFPE, cadeira cursada por mim em 2023.
:seedling: Binary search tree library in JavaScript
A static RTree implementation for Grasshopper
Learned Data Structures and Algorithms: Basic Programming Constructs, Data types, Search trees, Hashing, Complexity Analysis, Algorithm design, Graph algorithms, Sort algorithms
Using greedy and breadth-first search to find shortest path between two U-Bahn stations.
Classical data structures: C++: vector, linked list, stack, queue, binary search tree, and graph representations. Worst-case analysis, amortized analysis, and big-O notation. Object-oriented and recursive implementation of data structures. Self-resizing vectors and self-balancing trees. Empirical performance measurement.
:clown_face: A total order for all JavaScript values.
Repository for the lab work of Algorithms and Data Structures Course.
Applied algorithms on search trees.
:balance_scale: AVL trees for JavaScript
:zipper_mouth_face: Splay trees for JavaScript
The game of ‘Walls’ is comprised of an NxN board of squares (like chess, for example) and two players (say A and B), where N is odd and greater than 1. Each game is played twice, one time with player A starting the game and another with player B making the first move. The game has a start state, play rules that determine legal moves and an end state. Once a game ends, there is a certain accounting that decides the game result.