There are 0 repository under trng topic.
🎲 A Tiny and Platform-Independent True Random Number Generator for any FPGA (and ASIC).
A collection of single-file C libraries. (generic containers, random number generation, argument parsing and other functionalities)
R package providing access and examples to TRNG C++ library
A Built-in-Self-Test Scheme for Online Evaluation of Physical Unclonable Functions and True Random Number Generators
A universal Tomb Raider 1 / 2 / 3 / 4 / 5 launcher which is mainly used in the TombIDE project.
True random number generator using webcam
A library using Semtech's sx1276/7/8/9's `RegRssiWideband` register properly to generate random numbers.
Implementation of True Random Number Generator
An entropy injection device driver for FreeBSD
Arduino example demonstrating initialization and use of the SAMD51 True Random Number Generator peripheral
This is Geiger-Muller Counter
This simple neural network uses a quantum computer to generate truly-random weights.
Infinity Noise TRNG Program for FreeBSD
🎲 Bindings of Jitterentropy Library - A Hardware RNG based on CPU timing jitter - For Node.js
Utilizes random.org's TRNG and a combined wordlist of unique european words to generate passphrases.
Generate truly-random integers and floats on a quantum computer.
pytrng is a Python true random number generator.
A .NET API to access the ANU Quantum Random Number Generator, with support for in-memory caching of requests
Infinity Noise TRNG Program for Linux
A project demonstrating how to generate random numbers on the BastWAN / RAK4260 using LoRa.
True Random Number Generator (TRNG) Eagle Files and Source Code
https://username1565.github.io/brainwallet.github.io/
This is an application on generating True Random Numbers & Pseudo Random Numbers using the Linear Congruential Algorithm
This repository contain relevant materials for our papers on ring-oscillator based entropy sources and TRNG.
Open-source implementations of reference Physical True Random Number Generators (TRNG or PTRNG) based on ring oscillators.
Generate true random data using your webcam.
Bare minimum Kernel for the Raspberry Pi to examine memory chips via SPI
CZ4010 - Applied Cryptography / Course Project / Topic #9: Hardware Implementation of Randomness
You can't actually apply multi-qubit gates across devices, so this is "pseudo-distributed" because it simulates having more qubits available than you actually do.
Random number generation made easy in C
http://username1565.github.io/sha256-randomization/