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Huge collection of All ▲lgorithms implemented in multiple languages

• What is an algorithm
• Contributing
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Informally, an algorithm is any well-defined computational procedure that takessome value, or set of values, as input and produces some value, or set of values, asoutput. An algorithm is thus a sequence of computational steps that transform theinput into the output.

An algorithm should have three important characteristics to be considered valid:

• It should be finite: If your algorithm never ends trying to solve the problemit was designed to solve then it is useless
• It should have well defined instructions: Each step of the algorithm has tobe precisely defined; the instructions should be unambiguously specified for each case.
• It should be effective: The algorithm should solve the problem it was designedto solve. And it should be possible to demonstrate that the algorithm converges withjust a paper and pencil.

Structure of The All ▲lgoritms project

• Artificial Intelligence
• Backtracking
• Bit Manipulation
• Cellular Automaton
• Ciphers
• Computational Geometry
• Cryptography
• Data Structures
• Divide and conquer
• Dynamic Programming
• Gaming Theory
• Graphs
• Greedy Algorithms
• Math
• Networking
• Numerical Analysis
• Operating system
• Randomized Algorithms
• Searches
• Selections Algorithms
• Sorting
• Strings
• Online Challenges
• Others

• Dbscan
• Isodata
• Linear regression
• Logistic regression
• Neutral style transfer
• Boolean satisfiability problem
• Tsp
• A star
• Artificial neutral network
• Convolutional neutral network
• Decision tree
• Factorization machines
• Gaussian mixtrue model
• Gradient boostring trees
• Hierachical clustering
• Image processing
• K nearest neighbors
• K means
• Minimax
• Native bayes
• Nearest sequence memory
• Neutral network
• Perceptron
• Principal component analysis
• Q learning
• Random forest
• Restricted boltzman machine

• Algorithm x
• Crossword Puzzle
• Knight tour
• M coloring problem
• N queen
• Number of ways in maze
• Partitions of set
• Permutation of strings
• Powerset
• Rat in maze
• Subset sum
• Sudoku solve

• Adding using bits
• Bit divisor
• Byte swapper
• Convert numbers to binary
• Count set bits
• Flip bits
• Hamming distace
• Invert bit
• Lonely integer
• Magic number
• Maximun xor value
• Power of 2
• Subset generation
• Sum binary numbers
• Sum equals xor
• Thrice unique number
• Twice unique number
• Xor swap

• Brians brain
• Conways game of life
• Elementary cellular automata
• Generic algorithm
• Langtons ant
• Nobili cellular automata
• Von neoumann cellular automata

• 2d line intersection
• 2d separating axis test
• Area of polygon
• Area of triangle
• Axis aligned bounding box collision
• Bresenham line
• Chans algorithm
• Cohen-Sutherland lineclip
• Distance between points
• Graham scan
• Halfplane intersection
• Jarvis march
• Quickhull
• Sphere tetrahedron intersection
• Sutherland-Hodgman clipping

• Affine cipher
• Atbash cipher
• Autokey cipher
• Baconian cipher
• Caesar cipher
• Colummnar cipher
• Vigenere cipher

• Bag
• Hashes
• Linked list
• List
• Queue
• Stack
• Tree

• Strassen matrix manipulation
• Closest pair of point
• Inversion count
• Karatsuba multiplication
• Maximum contiguous subsequence sum
• Merge sort using divide and conquer
• Quick sort using divide and conquer
• Tournament method to find min max
• Warnock algorithm
• X power y

• Array median
• Optima binary search tree
• Binomial coefficient

• Nim next best move game
• Nim win loss game
• Grundy numbers kayle game

• Bipartite check
• Adjacency lists graphs representation

• Activity selection
• Dijkstra shortest path
• Egyptian fraction

• 2 sum
• Add polynomials
• Amicable numbers
• Armstrong numbers
• Automorphic numbers
• Average stream numbers
• Babylonian method
• Binomial coefficient
• Catalan number
• Check is square
• Convolution
• Coprime numbers
• Count digits
• Count trailing zeroes
• Decoding of string
• Delannoy number
• Derangements
• Dfa division
• Diophantine
• Divided differences
• Euler totient
• Exponentiation power
• Factorial
• Fast Fourier Transform
• Fast inverse square root

• Packet sniffer
• Determine endianess
• Validate ip

• Integral
• Monte carlo
• Runge kutt

• Birthday paradox
• Karger minimum cut algorithm
• Kth smallest element algorithm
• Random from stream
• Random node linked list
• Randomized quicksort
• Reservoir sampling
• Shuffle an array

• Binary search
• Exponential search
• Fibonacci search
• Fuzzy search
• Interpolation search
• Jump search
• Linear search
• Ternay search

• Median of medians
• Quick select

• Bead sort
• Bogo sort
• Bubble sort
• Bucket sort
• Circle sort
• Comb sort
• Counting sort
• Cycle sort
• Flash sort
• Gnome sort
• Heap sort
• Insertion sort
• Intro sort
• Merge sort
• Pigeonhole sort
• Quick sort
• Radix sort
• Selection sort
• Shaker sort
• Shell sort
• Sleep sort
• Stooge sort
• Topological sort
• Tree sort

• Aho-Corasick algorithm
• Anagram search
• Arithmetic on large numbers
• Boyer-Moore algorithm
• Finite automata
• Kasai algorithm
• Kmp algorithm
• Levenshtein distance
• Lipogram checker

• Coderbyte
• Code chef
• Code eval
• Hackerearth
• Hackerrank
• Leetcode
• Project euler
• Rosalind
• Spoj
• Top coder

• Average
• Biggest of n numbers
• Biggest suffix
• Fifteen puzzle
• Jaccard similarity
• Jose phus problem
• Lapindrom checker
• Leap year
• Magic square
• Majority element
• Minimum subarray size with degree
• No operator addition
• Paint fill
• Split list
• Tokenizer
• Unique number

This work is released under MIT License.

To the extent possible under law,Abraham Hernandez (@abranhe) has waived all copyright and related or neighboring rights to this work.