Efficient implementations of Merge Sort and Bitonic Sort algorithms using CUDA for GPU parallel processing, resulting in accelerated sorting of large arrays. Includes both CPU and GPU versions, along with a performance comparison.

RipeMD160 Lookup using parallel processing on NVidia CUDA Graphics card

Modelling parallel processing with GPU

SHA256 Lookup using parallel processing on a NVidia CUDA Compatible Graphics card

An implementation of Principal Direction Divisive Partitioning in CUDA. University project for the course "Software & Programming of High Perfomance Systems". Course Code: CEID_NE5407

Experimenting with parallel programming

Parallel implementation of inherently sequential algorithms using mathematical hacks. Random Number Generators - Additive LFG and GFSR - implemented with NVIDIA CUDA using Continuous Subsequence Technique and Leap Frog Technique

Parallelized histogram equalization for gray scale images using GPUs in CUDA C++ in a consumer-producer aproach (streams, RDMA, InfiBands)

This project implements Conway's Game of Life using CUDA for parallel processing and displays the result as console output. The Game of Life is a cellular automaton where cells live, die, or multiply based on a set of simple rules.

A simple project implementing and measuring the runtime performance metrics related to massively parallel algorithms (radix sort) on an NVIDIA GPU device.

Reimplementation of NCBI BLAST with CUDA backend for faster retrieval

This project implements Conway's Game of Life using CUDA 12.6 for parallel processing and SDL for graphical rendering. The Game of Life is a cellular automaton where cells live, die, or multiply based on certain rules.