Powerful modern math library for PHP: Features descriptive statistics and regressions; Continuous and discrete probability distributions; Linear algebra with matrices and vectors, Numerical analysis; special mathematical functions; Algebra

Runnable code for solving Project Euler problems in Java, Python, Mathematica, Haskell.

C library for arbitrary-precision interval arithmetic

🚀 Fast prime counting function implementations

A collection of classical algorithms and data-structures implementation in C++ for coding interview and competitive programming

Computational algebraic number theory

Python code to implement various number theory, elliptic curve and finite field computations.

Keith Devlin's Introduction to Mathematical Thinking course on Coursera (2017 Spring)

Stack-based arbitrary-precision integers - Fast and portable with natural syntax for resource-restricted devices.

Collection of slides/documents online related to ICPC

This is my collection of various algorithms and data structures that I feel that are needed frequently in competitive programming .

Tool for Solving Problems in Combinatorics and Computational Mathematics

[Coursera] Introduction to Discrete Mathematics for Computer Science Specialization

🚀 Sum of the primes below x

A complete, proof-of-concept, C# implementation of the General Number Field Sieve algorithm for factoring very large semi-prime numbers. The focus was on readability and understandability of the code, not performance.

Team reference for Competitive Programming. Algorithms implementations very used in the ACM-ICPC contests. Latex template to build your own team reference.

All the Famous algorithms you need!

Convergence verification of the Collatz problem

A library of recreational mathematics and number theory related functions inspired by Project Euler

Dendriform di-algebra algorithms to compute using Loday's arithmetic on groves of planar binary trees

💻 My solutions to the course problems and other related problems.

Lectures for the "Problem Solving" Class at Nanjing University.

☕ Java Algorithms Implementation.

My library of algorithms and topics focused on competitive programming

Formal verification of folklore and miscellaneous results in number theory

some simple&naive formal proof of trivial Number Theory, using Agda/Coq, just to practice skills

Creates a counting system of radixes such as base 12 or mixed radixes such as Minutes/Hours/Days/Years (60/60/24/365)

A number sequence which came into existence in early 2016.

Analytic Number Theory high-precision GnuMP routines

Exploration of primes, factorization and number theory through haskell