Name: GPU Day 2015 - The Future of Many-Core Computing in Science
Start: 2015-05-20T08:30:00+02:00
End: 2015-05-21T18:00:00+02:00
Location: Building 18

A GPU-based program suite for numerical simulations of planetary system formation

Accelerated Monte-Carlo Particle Generators for the LHC

Accelerating the GEANT Particle Transport System with GPUs

C++11/14 features relevant in GPGPU APIs

C++ AMP

Code-Generation for Differential Equation Solvers

Comparison of GPUs and Embedded Vision Coprocessors for Automotive Computer Vision Applications

Connected Components Revisited on Kepler

CUDA: Present and future perspective

Current status of GPGPU Computing and Graphics

Efficient Large Scale Simulation of Stochastic Lattice Models on GPUs

Efficient parallel generation of random p-bits for multispin MC simulation

Fast patient-specific blood flow modelling on GPUs

Fisher Information-based Classification on GPUs

Forecasting Gamma-Ray Bursts with gravitational wave detectors

GCN Architecture, HSA Platform Evolution and the AMD Developer Ecosystem

GPU computing at ELI-ALPS

GPU-based Iterative Computed Tomography Reconstruction

GPUs in a global Earth-based space weather monitoring network

Hierarchical Bayesian Method with MCMC Integration on GPUs

Methodology for heterogeneous programming on OpenCL and its applications

NIIF HPC services for research and education

One Can Simply Walk Into Heterogeneous Parallelism

OpenCL 2.0, Mantle, Vulkan

Optimization possibilities of inhomogeneous cosmological simulations on massively parallel architectures

Pattern Generation for Retina Stimulation Experiments

PERSEUS: Image and Video Compression in the Age of Massive Parallelism

QCD on the Lattice

Semi-analytic modelling of galaxy spectra using GPUs

SYCL: An Abstraction Layer for Leveraging C++ and OpenCL

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GPU Day 2015 - The Future of Many-Core Computing in Science