R wrapper for a Cuda implementation of t-SNE
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Updated
Dec 10, 2017 - C++
R wrapper for a Cuda implementation of t-SNE
A CUDA C++ demo showing how to overlap data transfer and kernel execution using multiple streams and pinned (page-locked) host memory. This project illustrates asynchronous memcpy, event timing, and performance benefits of concurrent GPU execution — essential for building high-throughput pipelines.
A simple example application using cmake build system, and kokkos as a third party
This project calculates the Mandelbrot Set using Cuda and draws it onscreen using modern OpenGL.
GPU-Accelerated Frequency Analysis Prototype using CUDA, Unit Testing, and User-Defined Settings
CPU & GPU Dense Linear Algebra Benchmarking and Implementations
Gamma is a hybrid path tracer written in CUDA (WIP)
Code work for completion of MSc ICT. The original version of this project was submitted alongside a 15,000 word thesis paper and put into practice the theoretical CPU and GPGPU/GPU elements explored in the write-up. I continued to develop this project post-graduation.
The GPU-version and MPI-version of PerM
A research-purpose software for the display of SLIM Surfaces on GPUs
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