Informally, an algorithm is any well-defined computational procedure that takes some value, or set of values, as input and produces some value, or set of values, as output. An algorithm is thus a sequence of computational steps that transform the input 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 problem it was designed to solve then it is useless
- It should have well defined instructions: Each step of the algorithm has to be precisely defined; the instructions should be unambiguously specified for each case.
- It should be effective: The algorithm should solve the problem it was designed to solve. And it should be possible to demonstrate that the algorithm converges with just a paper and pencil.
Structure of The All â–˛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
- Density-based spatial clustering of applications with noise (DBSCAN Clustering)
- Interactive Self-Organizing Data Analysis Technique yAy! (ISODATA Clustering)
- Linear Regression
- Logistic Regression
- Neutral Style Transfer
- SATisfiable (SAT)
- Travelling salesman problem (TSP)
- A* (A Star)
- Artificial Neutral Network
- Convolutional Neutral Network
- Decision Tree
- Factorization Machines
- Gaussian Mixture Model
- Gradient Boosting Trees
- Hierachical Clustering
- Image Processing
- K Nearest Neighbors
- K Means
- Minimax
- Native Bayes
- Nearest Sequence Memory
- Neutral Network
- Perceptron
- Principal Component Analysis
- Q Learing
- Random Forests
- 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
- Addition using bits
- Bit divisor
- Byte swapper
- Convert numbers to binary
- Count set bits
- Flip bits
- Hamming distance
- Invert bit
- Lonely integer
- Magic Number
- Maximum 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
- Quickull
- Sphere tetrahedron intersection
- Sutherland Hodgeman clipping
- Affine Cipher
- Atbash Cipher
- Autokey Cipher
- Baconian Cipher
- Caesar Cipher
- Colummnar Cipher
- Vigenere Cipher
- 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
- 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 (sqrt) Square Root
- 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
- Jump Search
- Fibonacci Search
- 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
- Median Sort
- Merge Sort
- Pipeonhole 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
- Levenshteing 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.
