aneeshcs

aneeshcs's Stars

• huggingface/transformers

  🤗 Transformers: State-of-the-art Machine Learning for Pytorch, TensorFlow, and JAX.

  Language:Python133k1.1k15.8k26.4k

• jakobrunge/tigramite

  Tigramite is a python package for causal inference with a focus on time series data. The Tigramite documentation is at

  Language:Jupyter Notebook1.3k40197273

• leftthomas/SRGAN

  A PyTorch implementation of SRGAN based on CVPR 2017 paper "Photo-Realistic Single Image Super-Resolution Using a Generative Adversarial Network"

  Language:Python1.1k18140345

• inukshuk/anystyle

  Fast citation reference parsing

  Language:Ruby1k3320288

• google/jax-cfd

  Computational Fluid Dynamics in JAX

  Language:Jupyter Notebook7251427101

• jupyter-server/jupyter-resource-usage

  Jupyter Notebook Extension for monitoring your own Resource Usage

  Language:TypeScript483992103

• aditya-grover/climate-learn

  Source code for ClimateLearn

  Language:Jupyter Notebook30263949

• alexeedm/pytorch-fortran

  Pytorch bindings for Fortran

  Language:C++83121011

• paulaharder/deep-downscaling-overview

  A collection aiming to bring all the amazing work of Deep Learning for Climate Super-res together.

  825014

• ESCOMP/CAM

  Community Atmosphere Model

  7425723136

• miniufo/xinvert

  Invert geophysical fluid dynamic problems (elliptic partial differential equations) using SOR iteration method.

  Language:Python4043015

• googleinterns/invobs-data-assimilation

  Language:Jupyter Notebook32406

• wrf-model/GENBE_2.0

  Repository for the new stand-alone GEN_BE capability for WRFDA.

  Language:C++116512

• miniufo/InternalWaveBreaking

  This is an idealized simulation of internal-wave breaking due to tide-topography interaction based on MITgcm.

  Language:Python10204

• muszyna25/AR-Detection-Method-TDA-ML

  Atmospheric River Pattern Detection Method (Topological Data Analysis + Machine Learning)

  Language:C++7204

• awineteer/odysea-science-simulator

  Simulation tools for the ODYSEA winds and currents mission.

  Language:Python6126

• JCSDA/soca

  Language:Fortran5723

• JCSDA/fv3-jedi

  Interface between JEDI and FV3 based models

  Language:Fortran421012

• JCSDA/mpas-jedi

  MPAS Interface for JEDI

  Language:Python4805

• brandonwkerns/lpt-python-public

  Public release version of Large Scale Precipitation Tracking (LPT). Kerns and Chen (2020, JGR Atmospheres).

  Language:Python31191

• JCSDA/saber

  System-Agnostic Background Error Representation

  Language:C++32008

• miniufo/xgcm-examples

  Examples and tutorials for xgcm

  Language:Jupyter Notebook3100

• NCAR/ai4essportal

  Language:Jupyter Notebook380

• FabriFalasca/climate-and-dynamical-systems

  Language:Jupyter Notebook2100

• gpetty/classification

  Python code implementing an unsupervised classification algorithm called Pairwise Similarity Partitioning

  Language:Jupyter Notebook2100

• jtomfarrar/cookiecutter-science-project

  Cookiecutter template for science analysis projects

  Language:Python2101

• brajard/dynamical-uq

  Benchmark for UQ on dynamical systems

  Language:Jupyter Notebook1200

• brajard/uq4pred

  Uncertainty quantification for climate predicition

  1700

• LaureZanna/rvm-find

  Relevance Vector Machines (RVMs) for Bayesian data-driven discovery of PDEs.

  Language:Python1000

• skrips-model/scripps_kaust_model

  Language:Fortran1200