simulation-based-inference
There are 44 repositories under simulation-based-inference topic.
sbi-dev/sbi
Simulation-based inference toolkit
undark-lab/swyft
A system for scientific simulation-based inference at scale.
probabilists/lampe
Likelihood-free AMortized Posterior Estimation with PyTorch
smsharma/awesome-neural-sbi
Community-sourced list of papers and resources on neural simulation-based inference.
mackelab/delfi
Density estimation likelihood-free inference. No longer actively developed see https://github.com/mackelab/sbi instead
montefiore-institute/hypothesis
A Python toolkit for (simulation-based) inference and the mechanization of science.
probcomp/Genify.jl
Automatically convert Julia methods to Gen functions.
wangbingjie/sbi_pp
Simulation-based (likelihood-free) inference customized for astronomical applications
mlcolab/sbi-workshop
SBI Workshop jointly by Helmholtz AI + ML ⇌ Science Colaboratory
ma921/SOBER
Fast Bayesian optimization, quadrature, inference over arbitrary domain with GPU parallel acceleration
JoeriHermans/constraining-dark-matter-with-stellar-streams-and-ml
Probing the nature of dark matter by inferring the dark matter particle mass with machine learning and stellar streams.
ma921/BASQ
(NeurIPS 2022) Fast Bayesian Inference with Batch Bayesian Quadrature via Kernel Recombination
dirmeier/sbijax
Simulation-based inference in JAX
msainsburydale/NeuralEstimators.jl
Julia package for neural estimation
swagnercarena/paltas
Conduct simulation-based inference on strong gravitational lensing systems.
montefiore-institute/balanced-nre
Code for the paper "Towards Reliable Simulation-Based Inference with Balanced Neural Ratio Estimation".
PEREGRINE-GW/peregrine
A simulation-based Inference (SBI) library designed to perform analysis on a wide class of gravitational wave signals
smsharma/hierarchical-inference
Hierarchical neural implicit inference over event ensembles. Code repository associated with https://arxiv.org/abs/2306.12584.
JBris/model-calibration-evaluation
Evaluating model calibration methods for sensitivity analysis, uncertainty analysis, optimisation, and Bayesian inference
MaximeVandegar/NEB
Code for reproducing the experiments in the paper Neural Empirical Bayes: Source Distribution Estimation and its Applications to Simulation-Based Inference.
smsharma/jax-conditional-flows
Normalizing flow models allowing for a conditioning context, implemented using Jax, Flax, and Distrax.
ThomasGesseyJones/FullyBayesianForecastsExample
Example of a fully Bayesian forecast using evidence networks applied to 21-cm cosmology
trivnguyen/JeansGNN
Neural Simulation-based Inference with GNN for Jeans Modeling
yandexdataschool/inverse-problem-intensive
A short course on simulation-based infernce for physics at YSDA in April 2021
florent-leclercq/correlations_vs_field
Correlation functions versus field-level inference in cosmology: example with log-normal fields
mackelab/sbi-for-connectomics
Research code and results for the paper "Simulation-based inference for computational connectomics" (Boelts et al. 2023 PLoS CB, @janfb)
Spinkoo/Simulink-based-inference
This repo contains examples of how to use Simulink simulation to perform simulation-based inference calculations in Python
dirmeier/ssnl
Simulation-based inference using SSNL
francois-rozet/amnre
Arbitrary Marginal Neural Ratio Estimation for Likelihood-free Inference
rbarrue/sally_cpv_wh
Created for benchmarking different techniques to search for CP violation in the HWW vertex in leptonic WH production.
SourabhKul/ABC-COVID-19-GPU-TPU
GPU and TPU implementation of parallelized ABC inference for a stochastic epidemiology model for COVID-19
VogelsLab/fSBI
Companion code to Confavreux*, Ramesh*, Goncalves, Macke* & Vogels*, Meta-learning families of plasticity rules in recurrent spiking networks using simulation-based inference, NeurIPS 2023
JuliaEpi/MathepiaInference.jl
Bayesian inference tools. Including state-of-the-art inference methods: HMC family, ABC family, Data assimilation, and so on. Part of Mathepia.jl
nicolossus/pylfi
pyLFI is a Python toolbox using likelihood-free inference (LFI) methods for estimating the posterior distributions of model parameters.