http://www.nvidia.com/object/cuda_app_tesla.html
The following applications have been accelerated using the CUDA
parallel computing architecture of NVIDIA Tesla GPUs.
Government & Defense
MATLAB Plugin:
Accelereyes
Signal
Processing Library: GPU VSIPL
IDL and
MATLAB Acceleration: GPULib
GIS:
Manifold
Molecular Dynamics, Computational Chemistry
OpenMM library for accelerating molecular dynamics on
GPUs
GROMACS using OpenMM
NAMD
molecular dynamics
VMD
visualization of molecular dynamics
HOOMD molecular
dynamics
Acellera:
ACEMD bio-molecular dynamics package
BigDFT:
DFT (Density functional theory) electronic structure code
MDGPU
GPUGrid.net
MATLAB plugin:
Accelereyes
Life Sciences, Bio-informatics
GPU HMMER
DNA
Sequence alignment: MUMmerGPU
LISSOM: model
of human neocortex using CUDA
Silicon
Informatics: AutoDock
MATLAB plugin:
Accelereyes
Electrodynamics and electromagnetic
Acceleware: FDTD Solver
Quantum
electrodynamics library
CST Microwave Studio
GPMAD :
Particle beam dynamics simulator
Medical Imaging, CT, MRI
GPULib:IDL
acceleration
Acceleware: AxeRecon CT reconstruction library
Digisens: SnapCT
tomographic reconstruction software
Techniscan:
Whole Breast Ultrasound Imaging System
NVPP: NVIDIA Performance Primitives
(early access)
MATLAB plugin:
Accelereyes
Oil & Gas
Acceleware: Kirchoff and Reverse Time Migration
SeismicCity: 3D
seismic imaging for prestack depth migration
OpenGeoSolutions:
Spectral decomposition and inversion
Mercury
Computer systems: 3D data visualization
ffA: 3D Seismic
processing software
Headwave: Prestack
data processing
GIS:
Manifold
MATLAB plugin:
Accelereyes
Financial computing and options pricing
SciComp: derivatives pricing
Hanweck:
options pricing
Exegy:
Risk Analysis
Aqumin: 3D Visualization
of market data
Level 3 Finance
OnEye (Australia):
Accelerated Trading Solutions
Arbitragis Trading
Enabling GPU Computing in the R Statistical
Environment
MATLAB plugin:
Accelereyes
MATLAB Acceleration
Accelereyes: Jacket
engine for MATLAB
MATLAB plugin using MEX files
- Technical note explain how to use the plugin
GPULib:
mathematical functions for IDL and MATLAB
Integrating Simulink with CUDA using S-functions
Enabling GPU Computing in the R Statistical
Environment
Mathematica
plug-in for CUDA
Using NVIDIA GPUs with National Instruments LabView
Electronic Design Automation
Agilent EESof: ADS SPICE simulator
Synopsys: Sentaraus TCAD
Nascentric: OmegaSim
GX SPICE simulator
Gauda: Optical proximity
correction (OPC)
MATLAB plugin:
Accelereyes
Weather and Ocean Modeling
CUDA-accelerated
WRF code
