api ceed cuda ecp exascale-computing gpu high-order high-performance-computing hpc julia linear-algebra

Economics (40%)

data-science drake high-performance-computing makefile peer-reviewed pipeline r r-package reproducibility reproducible-research ropensci rstats workflow

Artificial Intelligence and Machine Learning

data-science high-performance-computing make peer-reviewed pipeline r r-package r-targetopia reproducibility reproducible-research rstats targets workflow

Engineering Sociology Artificial Intelligence and Machine Learning

gpu high-performance-computing jax jit mpi parallel-computing xla

automatic-differentiation gpu high-performance-computing integration machine-learning monte-carlo-integration multidimensional-integration numerical-integration python pytorch torchquad vegas vegas-enhanced

high-performance-computing monte-carlo-simulation neutron-transport neutronics nuclear-engineering parallel particle-transport python radiation-transport simulation

adaptive-mesh-refinement amr amrex high-performance-computing hpsf scientific-computing

co-design exascale exascale-computing high-performance-computing hpc kokkos particles

adaptive-mesh-refinement high-performance-computing hpc mesh modeling mpi parallel parallel-computing simulation

Materials Science (40%)

atmospheric-modelling atmospheric-science climate climate-science dispersion dispersion-model high-performance-computing meteorology stratosphere trajectories troposphere

Artificial Intelligence and Machine Learning (40%) Materials Science (40%) Political Science (40%)

cpp dynamic-programming ethz high-performance-computing markov-decision-processes mdp mdpsolver mpi nanobind optimal-control optimization petsc policy-iteration python python3 solver stochastic-optimal-control stochastic-optimization

bayesian high-performance-computing jags make r r-targetopia reproducibility rjags rstats rstats-package statistics targets

bayesian high-performance-computing make r r-targetopia reproducibility rstats rstats-package stan statistics targets

bracketing deep-equilibrium-models differential-equations equilibrium factorization high-performance-computing julia newton-krylov newton-method newton-raphson nonlinear-equations scientific-machine-learning sciml sparse-matrices sparse-matrix steady-state

cloud-computing high-performance-computing kernel operating-system operating-systems osdev rust rust-lang unikernels virtualization

amici dynamical-modeling hacktoberfest high-performance-computing ode optimization parameter-estimation petab sbml systems-biology

cuda fpga high-level-synthesis high-performance-computing programming-language vivado-hls

blind-source-separation dimensionality-reduction feature-extraction gpu high-performance-computing hpc latent-variables machine-learning matrix matrix-completion matrix-factorization non-negative-matrix-factorization pattern-extraction semi-supervised-learning tensor-decomposition tensor-factorization tensors text-preprocessing unsupervised-learning

atmosphere atmospheric-science high-performance-computing infrared meteorology radiative-transfer remote-sensing stratosphere troposphere

high-performance-computing julia mpi parallel-io

atmospheric-science climate climate-science high-performance-computing meteorology remote-sensing

atmospheric-science climate climate-science high-performance-computing meteorology remote-sensing

compiler finite-difference finite-elements finite-volume fortran hacktoberfest high-performance-computing optimization parallel-computing python

computational-physics high-performance-computing monte-carlo-simulation neutron-transport neutronics nuclear-data nuclear-energy nuclear-engineering nuclear-fusion openmc particle-transport photon-transport radiation-transport

batchexperiments batchjobs cran docker-swarm high-performance-computing hpc hpc-clusters lsf openlava parallel-computing r reproducibility sge slurm torque

compiler cuda deep-learning fpga high-performance-computing machine-learning pytorch

cluster high-performance-computing lsf r-package sge slurm ssh

fft high-performance-computing julia mpi

benchmark cfd computational-fluid-dynamics fluid-dynamics fluid-simulation fluid-solver gpgpu gpu gpu-computing high-performance-computing hpc interactive-visualization lattice-boltzmann lbm opencl physics raytracing scientific-computing scientific-visualization simulation

bayesian-inference calibration emulation high-performance-computing

cython fluid-simulation framework gas-dynamics high-performance-computing message-passing-interface opencl python-library scientific-computing smoothed-particle-hydrodynamics solid-mechanics

biaflows bioimaging biomero cytomine fair high-content-screening high-performance-computing high-throughput-screening image-analysis omero python slurm

automatic-differentiation differential-equations high-performance-computing julia optimization scientific-machine-learning sciml surrogate surrogate-based-optimization surrogate-models surrogates

dae-solver high-performance-computing hpc math-physics nonlinear-equation-solver ode-solver parallel-computing radiuss scientific-computing sensitivity-analysis solver time-integration

benchmarks cupy gpu high-performance-computing jax parallel-computing python pytorch tensorflow

c-plus-plus cig geodynamics geoscience high-performance-computing mantle-convection

adios cmake ecp exascale exascale-computing hdf5 high-performance-computing hpc io

atmospheric-science climate climate-science high-performance-computing meteorology remote-sensing

high-performance-computing julia poisson poisson-distribution poisson-processes scientific-machine-learning sciml tau-leaping

cfd computational-fluid-dynamics fluid-dynamics fluid-simulation fortran gpu gpu-computing high-performance-computing turbulence

abstraction c-plus-plus high-performance-computing hpsf kokkos parallel-computing programming-model

cloud-computing high-performance-computing operating-system operating-systems osdev rust rust-lang unikernel virtualization

agents ai aws azure data-science datascience gcp generative-ai high-performance-computing kubernetes llm llmops machine-learning ml ml-infrastructure ml-platform mlops model-management python

high-performance-computing hpc mpi rust travelling-salesman-problem tsp

cran data-driven epidemiology high-performance-computing markov-chain mathematical-modelling r

astronomy astrophysics command-line-tool high-performance-computing library matplotlib protoplanetary-disks python simulations vizualisation

bounding-volume-hierarchy c-plus-plus clustering cpp cuda dbscan distributed gpu hdbscan high-performance-computing hpc knn-search kokkos mpi nearest-neighbors parallel

calculix co-simulation code-aster computer-aided-engineering conjugate-heat-transfer coupling cpp dealii fenics fluent fluid-structure-interaction high-performance-computing multi-physics multiphysics openfoam precice research-and-development simulation su2

automatic-differentiation differentiable-programming garbage-collection high-performance-computing

high-performance-computing machine-learning workflow

centrality density-functional-theory electronic-structure graph-algorithms high-performance-computing linear-algebra massively-parallel matrix-functions matrix-library quantum-chemistry sparse-matrices sparse-matrix

array cpp cpp20 cpp23 cuda gpu high-performance-computing library matrix multidimensional-arrays multithreading parallel-programming pypy pypy3 python python3 simd

high-performance-computing neuron neuroscience simulation

api clojure clojure-library cuda gpgpu gpu gpu-computing high-performance-computing java matrix matrix-calculations matrix-factorization matrix-functions matrix-multiplication opencl vectorization

asynchronous high-performance-computing parallel python

high-performance-computing resource-allocation

high-performance-computing multiprocess multithread

aquifer calibration geostatistics heterogenity high-performance-computing inverse-problems inversion julia mads matrix-factorization parameter-estimation permeability randomization stochastic-process

data-science high-performance-computing peer-reviewed pipeline r r-package r-targetopia reproducibility rstats targets workflow

high-performance-computing hpc julia mads model-analysis parallel parallel-computing parallel-processing parallel-programming parallelism parallelization parallelize pmap-calls pmap-checking

atari-games box2d cpp17 dm-control dm-env gym high-performance-computing lock-free-queue mujoco parallel-processing pybind11 reinforcement-learning reinforcement-learning-environments robotics threadpool vizdoom

empirical-dynamic-modeling high-performance-computing nonlinear-dynamics time-series

bandwidth benchmark benchmarking flops gpgpu gpu gpu-computing high-performance-computing hpc opencl tool tools

accelerator computational-physics computational-science cuda differential-equation-solvers distributed-computing gpu-computing high-performance-computing julialang ode ordinary-differential-equations parallel-computing parallel-in-time-integration parareal partial-differential-equation pde simulation

cosmology data-science galaxy-clusters high-performance-computing hydrodynamics simulations

benchmark cli computational-chemistry gromacs high-performance-computing molecular-dynamics namd python simulation

aerospace cloud-native computational-fluid-dynamics computer-vision continuous-machine-learning distributed-tracing embedded graphql high-performance-computing infrastructure-as-code kubernetes llm matlab mlops neural-network robot-operating-system rust service-mesh transformer veristand

high-performance-computing r r-package rstats

concurrent-programming future-proofing high-performance-computing multithreaded multithreading nodejs-server parallel-processing performance react-native-app task-processor task-runner threadpool throughput throughput-performance web-application webworkers worker worker-pool worker-threads

high-performance-computing interferometry sar sentinel-1 slurm timeseries-analysis

high-performance high-performance-computing timing tsc

compressible-flows computational-fluid-dynamics fluid-dynamics high-performance-computing level-set-method multiresolution

finance gpu gpu-computing high-performance high-performance-computing numerical-integration numerical-methods numerical-optimization python quantitative-finance quantlib tensorflow

cran high-performance-computing parallel-computing r rstats task-views

albumentations artificial-intelligence automation computer-vision data-augmentation deep-learning efficiency high-performance-computing image-augmentation image-processing machine-learning neural-networks opencv performance-optimization python

alpa auto-parallelization compiler deep-learning distributed-computing distributed-training high-performance-computing jax llm machine-learning

bayesian bayesian-data-analysis data-driven data-science decision-analysis decision-making decision-model decision-support decision-theory experimental-design high-performance-computing information-gap information-theory julia mads model-analysis model-driven predictive-analysis uncertainty-quantification

analyses decision-support high-performance-computing julia mads meta-programming

gpu halide haskell high-performance-computing jit

high-performance-computing opencl parallel-computing science

automation ci-cd cicd covalent github-actions github-workflow gpu high-performance-computing hpc mlops python serverless

cran high-performance-computing machine-learning model-deployment r rstats task-view

arpes band-structure benchmarks condensed-matter-physics feature-extraction high-performance-computing lineshape lineshape-fitting materials-informatics materials-science photoemission spectral-imaging

csharp dotnet dotnet-core dotnetstandard dotnetstandart20 hacktoberfest hacktoberfest-accepted high-performance high-performance-computing math mathematics simd simd-intrinsics simd-parallelism simd-programming

cluster command-line-tool distributed-computing hacktoberfest high-performance-computing shell-scripting

database-store file-system high-performance-computing hpc key-value-store object-store storage-framework storage-system

data-science high-performance-computing pipeline r reporoducible-research reproducibility rstats statistics targets

concurrency cplusplus cplusplus-17 cplusplus-20 cplusplus-23 cpp cpp17 cpp20 cpp20-modules cpp23 easy-to-use high-performance high-performance-computing multithreading parallel scientific-computing thread-pool threading threadpool

agent agentic-ai ai high-performance high-performance-computing llm rust

high-performance-computing

computational-fluid-dynamics direct-numerical-simulation fluid-dynamics fluid-simulation fortran gpu high-performance-computing multiphase-flow turbulence

cobra constraint-based-modeling high-performance-computing hpc julia metabolic-engineering metabolic-models sbml sbml-simulation

control-systems hardware high-performance-computing hpc power-management service sustainability telemetry

high-performance-computing loop-quantum-gravity spinfoams supercomputing

convex-optimization distributed-computing distributed-systems federated-learning high-performance-computing machine-learning non-convex-optimization optimization optimization-algorithms optimization-methods sgd sgd-optimizer

bash-script high-performance-computing molecular-dynamics-simulation python-script python3 scientific-computing slurm-batch slurm-cluster slurm-job slurm-workload-manager

c-plus-plus c-plus-plus-17 high-performance-computing kokkos parallel-computing sparse-matrices sparse-representations

high-performance-computing python

absolute-permeability artificial-intelligence cluster-computing computer-vision dicom-images digital-rocks dlis hdf5 high-performance-computing las netcdf permeability pore-network porespy porosity-analysis porous-media porous-media-flow raw-image relative-permeability slurm-cluster

computational-fluid-dynamics discontinuous-galerkin euler-lagrange high-performance-computing particle-laden-turbulent-flow unstructured-meshes