The algorithm's efficient polynomial complexity allows it to scale with system size, which is essential as quantum computers become more powerful.

Foremost in any strategy for the creation of safe and reliable C/C++ code is prevention of undefined behavior. But be prepared, because it’s not easy.

A C++ implementation of the Drunkard's walk algorithm I had originaly written this in GDScript for a project, then ported that code to C#, then I got really bored in class and decided to port it to ...

Consequently, the system can generate secure and dependable code more quickly, saving time and computing power required for several iterations of code production and security analysis. PromSec’s ...

In this paper, an improvised DDA* algorithm is introduced, which is influenced by the shortest line segment that connects source and destination. The obstacles that appear on the shortest line segment ...

This is a C++ project that uses Windows API and OpenGL to create a graphical user interface (GUI) for drawing and manipulating 2D shapes. The project implements various algorithms for line, circle, ...

The GraphBLAS, Basic Linear Algebra Subprograms for Graphs, is a community-driven, open programming specification for graph analysis. The specification makes the development of high-performance graph ...

In this article we introduce a new Serial Genetic Algorithm Decoder (SGAD) LDPC codes. In effect, a comparison with sum-product decoder, which is currently the most successful algorithm for LDPC, ...