• AlgLib 1
• ArrayFire 1
• Astrophysics Group 1
• BLAS 2
• C 1
• C++ 1
• CAPS 1
• CMake 1
• CUDA 5
• Debian 1
• DecMeg 1
• Doxygen 1
• Eigen 2
• FFTW 1
• FPGA 1
• GNU 1
• GPU 4
• GSL 2
• HLFBGS 1
• HPC 3
• Hamiltonian Monte Carlo 1
• Hamiltonian sampling 1
• Hsa-Bolt 1
• Intel 1
• Intel Compilers 1
• Intel Xeon Phi 1
• Kaggle 1
• LFBGS 1
• LaTeX 1
• Linux 1
• M1QN3 1
• MAGMA 1
• MATLAB 2
• MINPACK 1
• MPI 3
• Magma 1
• Markov Chain Monte Carlo 3
• OpenACC 1
• OpenARC 1
• OpenCL 5
• OpenMP 3
• OpenUH 1
• OptSolve 1
• PGI 1
• QUADPACK 1
• QuantLin 1
• R 2
• SPARC64 1
• SciPy 1
• Sun 1
• Sun T-1000 1
• Thrust 1
• Travis-CI 1
• UCL 1
• VHDL 1
• Vienna-CL 1
• accULL 1
• boost-compute 1
• build automation 1
• c 8
• c++ 10
• clBlas 1
• clang 1
• code 1
• code-coverage 1
• compilers 3
• continuous integration 1
• cosmology 1
• cuBlas 1
• examples 1
• fortran 6
• github 1
• image processing 1
• installation 1
• kernel density estimation 1
• linear algebra 1
• linux 4
• machine learning 1
• make 1
• mathematical methods 4
• matlab 1
• nearest neighbor search 1
• network installation 1
• numerical integration 1
• numerical optimization 1
• numpy 1
• osx 1
• parallel computing 1
• pca 1
• programming language 1
• python 8
• quadrature 1
• rust 1
• scientific computing 2
• scikit-learn 1
• scipy 1
• server 1
• spherical Harmonics 1
• splines 1
• stochastic gradients 1
• systems programming 1
• tftpboot 1
• ubuntu 1
• unit-testing 1
• vectorization 1
• windows 1
• workshop 1

AlgLib

• Open source numerical integration codes

ArrayFire

• GPU based linear algebra libraries

Astrophysics Group

• Linux/HPC introductory workshop at UCL Astrophysics Group

BLAS

• Intel Xeon Phi for High Performance Computing
• FPGA for scientific computing

C

• Analysing code coverage using gcov

C++

• Analysing code coverage using gcov

CAPS

• OpenACC based scientific computing

CMake

• In love with CMake

CUDA

• GPU based linear algebra libraries
• In love with CMake
• GPU computing examples
• Hamiltonian sampling
• Open source spherical harmonics codes

Debian

• Sun T-1000 server

DecMeg

• Kaggle DecMeg Competition

Doxygen

• In love with CMake

Eigen

• Numerical optimization codes
• Spline libraries for scientific computation

FFTW

• Open source spherical harmonics codes

FPGA

• FPGA for scientific computing

GNU

• In love with CMake

GPU

• Finding nearest neighbors in large dimensions
• Kernel density estimation
• GPU based linear algebra libraries
• GPU computing examples

GSL

• Numerical optimization codes
• Spline libraries for scientific computation

HLFBGS

• Numerical optimization codes

HPC

• Intel Xeon Phi for High Performance Computing
• Linux/HPC introductory workshop at UCL Astrophysics Group
• Sun T-1000 server

Hamiltonian Monte Carlo

• Stochastic gradient Hamiltonian Monte Carlo

Hamiltonian sampling

• Hamiltonian sampling

Hsa-Bolt

• GPU based linear algebra libraries

Intel

• In love with CMake

Intel Compilers

• Intel Xeon Phi for High Performance Computing

Intel Xeon Phi

• Intel Xeon Phi for High Performance Computing

Kaggle

• Kaggle DecMeg Competition

LFBGS

• Numerical optimization codes

LaTeX

• In love with CMake

Linux

• Sun T-1000 server

M1QN3

• Numerical optimization codes

MAGMA

• Intel Xeon Phi for High Performance Computing

MATLAB

• Stochastic gradient Hamiltonian Monte Carlo
• Kernel density estimation

MINPACK

• Numerical optimization codes

MPI

• Intel Xeon Phi for High Performance Computing
• In love with CMake
• Open source spherical harmonics codes

Magma

• GPU based linear algebra libraries

Markov Chain Monte Carlo

• FPGA for scientific computing
• Stochastic gradient Hamiltonian Monte Carlo
• Hamiltonian sampling

OpenACC

• OpenACC based scientific computing

OpenARC

• OpenACC based scientific computing

OpenCL

• Intel Xeon Phi for High Performance Computing
• FPGA for scientific computing
• GPU based linear algebra libraries
• In love with CMake
• GPU computing examples

OpenMP

• Intel Xeon Phi for High Performance Computing
• In love with CMake
• Open source spherical harmonics codes

OpenUH

• OpenACC based scientific computing

OptSolve

• Numerical optimization codes

PGI

• OpenACC based scientific computing

QUADPACK

• Open source numerical integration codes

QuantLin

• Open source numerical integration codes

R

• Finding nearest neighbors in large dimensions
• Kernel density estimation

SPARC64

• Sun T-1000 server

SciPy

• Numerical optimization codes

Sun

• Sun T-1000 server

Sun T-1000

• Sun T-1000 server

Thrust

• GPU based linear algebra libraries

Travis-CI

• Integrating github projects with Travis-CI

UCL

• Linux/HPC introductory workshop at UCL Astrophysics Group

VHDL

• FPGA for scientific computing

Vienna-CL

• GPU based linear algebra libraries

accULL

• OpenACC based scientific computing

boost-compute

• GPU based linear algebra libraries

build automation

• In love with CMake

c

• FPGA for scientific computing
• OpenACC based scientific computing
• Integrating github projects with Travis-CI
• Finding nearest neighbors in large dimensions
• Kernel density estimation
• Numerical optimization codes
• Spline libraries for scientific computation
• Open source spherical harmonics codes

c++

• FPGA for scientific computing
• OpenACC based scientific computing
• Integrating github projects with Travis-CI
• Finding nearest neighbors in large dimensions
• Kernel density estimation
• Hamiltonian sampling
• Numerical optimization codes
• Spline libraries for scientific computation
• Open source numerical integration codes
• Open source spherical harmonics codes

clBlas

• GPU based linear algebra libraries

clang

• In love with CMake

code

• Open source spherical harmonics codes

code-coverage

• Analysing code coverage using gcov

compilers

• FPGA for scientific computing
• OpenACC based scientific computing
• In love with CMake

continuous integration

• Integrating github projects with Travis-CI

cosmology

• Open source spherical harmonics codes

cuBlas

• GPU based linear algebra libraries

examples

• GPU computing examples

fortran

• Finding nearest neighbors in large dimensions
• Kernel density estimation
• Hamiltonian sampling
• Numerical optimization codes
• Open source numerical integration codes
• Open source spherical harmonics codes

github

• Integrating github projects with Travis-CI

image processing

• Kaggle DecMeg Competition

installation

• Sun T-1000 server

kernel density estimation

• Kernel density estimation

linear algebra

• GPU based linear algebra libraries

linux

• Intel Xeon Phi for High Performance Computing
• In love with CMake
• Linux/HPC introductory workshop at UCL Astrophysics Group
• Linux/HPC introductory workshop at UCL Astrophysics Group

machine learning

• Kaggle DecMeg Competition

make

• In love with CMake

mathematical methods

• Numerical optimization codes
• Spline libraries for scientific computation
• Open source numerical integration codes
• Open source spherical harmonics codes

matlab

• Open source numerical integration codes

nearest neighbor search

• Finding nearest neighbors in large dimensions

network installation

• Sun T-1000 server

numerical integration

• Open source numerical integration codes

numerical optimization

• Numerical optimization codes

numpy

• In love with CMake

osx

• In love with CMake

parallel computing

• GPU computing examples

pca

• Kaggle DecMeg Competition

programming language

• Rust programming language

python

• Finding nearest neighbors in large dimensions
• Kernel density estimation
• In love with CMake
• Kaggle DecMeg Competition
• Numerical optimization codes
• Spline libraries for scientific computation
• Open source numerical integration codes
• Open source spherical harmonics codes

quadrature

• Open source numerical integration codes

rust

• Rust programming language

scientific computing

• FPGA for scientific computing
• OpenACC based scientific computing

scikit-learn

• Kaggle DecMeg Competition

scipy

• In love with CMake

server

• Sun T-1000 server

spherical Harmonics

• Open source spherical harmonics codes

splines

• Spline libraries for scientific computation

stochastic gradients

• Stochastic gradient Hamiltonian Monte Carlo

systems programming

• Rust programming language

tftpboot

• Sun T-1000 server

ubuntu

• Intel Xeon Phi for High Performance Computing

unit-testing

• Analysing code coverage using gcov

vectorization

• Open source spherical harmonics codes

windows

• In love with CMake

workshop

• Linux/HPC introductory workshop at UCL Astrophysics Group