108 packages returned for Tags:"cryptographic-algorithm"

Includes types that provide support for SecurityTokens, Cryptographic operations: Signing, Verifying Signatures, Encryption.

Cryptographic functions for .NET Crypto .NET is an AES CBC and AES CBC HMAC SHA512 .NET wrapper which makes it easy to encrypt data, objects and files. The library is currently compiled at .Net 4.0 so it should work with any application running .Net 4.0 and above.

A .NET Library that does Linear Feedback Shift Registers. https://en.wikipedia.org/wiki/Linear-feedback_shift_register

A cryptographic library that wraps the .NET `System.Security.Cryptography` library with opinionated defaults

Several classes to generate the value sequences by Weighted Random algorithm.

A .NET implementation of scrypt algorithm.

Implementation Hungarian Algorithm. The Travelling-salesman-problem.

Provides a randomizer that is cryptographically secure. Breaking changes in 3.1.x - See https://github.com/Capgemini/Cauldron for more information.

This is the official NuGet package of Astronomical Algorithms # (AASharp or AA#) AASharp is a C# port of PJ Naughter's static C++ library, AA+. Naughter's library implements the algorithms in Jean Meuss' book, "Astronomical Algorithms."

tinhat : crypto random for the truly paranoid. tinhat guarantees not to reduce the strength of your crypto random. But if your OS crypto random has in any way been undermined (for example, by a nefarious government agency, or simple incompetence) then tinhat has the ability to improve the strength... More information

ToolGood.Algorithm支持四则运算、Excel函数，并支持自定义参数。

A .NET wrapper to invoke a C implementation of Argon2.

Lightweight .NET Standard 2.0 library implementing Google Polyline Algorithm.

The wrappers and extension methods of AES/MD5/SHA.

Statistics Library for calculation in preInO

A .NET implementation of different non-cryptographic hashes.

Algorithm

AASharp.Extension provides helper classes and methods allowing using AASharp more easily.

This is a maze generator created by Devedse. It can be used to create incredibly big mazes.

C# implementation of Frank Liang's hyphenation algorithm (also known as Knuth-Liang algorithm)