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Python simulation of protocol BB84 for QKD.
Single-Pixel Acquisition Software
Quantum Computing Basics Using Python projectq
Image Transforms( Haar Transfrom, Hadamard Transform, KL Transform, Slant Transform)
A place to stash my quantum computing experiments
C++ CUDA-compatible template class that provides an interface for generic purpose matrix related algorithms and computations. Includes Matlab-like functions. This is mainly an example of how to use CUDA code with C++. Don't expect such high performance.
Python and JS Quantum Computation examples!
Taguchi Hadamard Noise Orthogonal Matrix Generator Java Package for Noise OA Matrix
Implementation of the VGG-16 Algorithm on CIFAR-10
standard and Hadamard matrix multiplication.
0️⃣ 1️⃣ Calculates the probability of flipping a coin using quantum computing (IBM Q Instance) using the Hadamard operator. 1️⃣ 0️⃣
Course Project for Computational Numerical Methods (IT-509)
Implements Image Compression using: K-Means, DCT, Hadamard
Python: This is an exercise on how to compress text images using custom code.
Hadamard error correcting code written in golang (matrix generation, encode and decode)
A Hadamard matrix is a type of square (-1,1)-matrix invented by Sylvester (1867) under the name of anallagmatic pavement, 26 years before Hadamard (1893) considered them. In a Hadamard matrix, placing any two columns or rows side by side gives half the adjacent cells the same sign and half the other sign. When viewed as pavements, cells with 1s are colored black and those with -1s are colored white. Therefore, the n×n Hadamard matrix H_n must have n(n-1)/2 white squares (-1s) and n(n+1)/2 black squares (1s)