computational-modeling
There are 6 repositories under computational-modeling topic.
bayesflow-org / bayesflow
A Python library for amortized Bayesian workflows using generative neural networks.
Language:Python 618simetenn / uncertainpy
Uncertainpy: a Python toolbox for uncertainty quantification and sensitivity analysis, tailored towards computational neuroscience.
Language:Python 230lei-zhang / BayesCog_Wien
Teaching materials for BayesCog at Faculty of Psychology, University of Vienna
Language:R 148bcs-iitk / BCS_Workshop_Apr_20
Workshop on basic machine learning, computational modeling, psychophysics, basic data analysis and experiment design
Language:Jupyter Notebook 142jonescompneurolab / hnn-core
Simulation and optimization of neural circuits for MEG/EEG source estimates
Language:Python 67openmodelingfoundation / openmodelingfoundation.github.io
Website for standards and governance of the Open Modeling Foundation
Language:HTML 52payampiray / cbm
computational and brain/behavior modeling
Language:HTML 32Simulation-Decomposition / simdec-python
Sensitivity analysis using simulation decomposition
Language:Python 27- libhip
diku-dk / libhip
LibHip: An Open-Access Hip Joint Model Repository suitable for Finite Element Method Simulation
Language:Jupyter Notebook 24 - Language:MATLAB 23
MoeBuTa / SlimeMould
A Python-based model simulating the behaviour of the slime mould using the geometric data of Nanjing subway system.
Language:Jupyter Notebook 23chiang-yuan / csh4lmp
The computational modeling tool for custom atomistic model of calcium-silicate-hydrates (C-S-H)
Language:C++ 18comses / comses.net
comses.net wagtail site
Language:Python 17RoseGPE / RoseLapWeb
Laptime Simulation tool, special built for Formula SAE.
Language:Python 17- Language:Stan 16
Teaching materials for BayesCog workshop, UKE Hamburg (Part 1).
Language:R 15rajnichahal / Random-Fiber-Network-Generation
This script explicitly includes the parameters such as fiber length, diameter, orientation, distribution, and fiber volume fraction. Straight or curved/wavy fibers with random curvatures can be generated to closely approximate fiber morphology in the matrix.
Language:MATLAB 14- Language:MATLAB 13
Teaching materials for BayesCog workshop, UKE Hamburg (Part 2).
Language:R 10- Language:Python 9
emer / cemer
Original C++ version of emergent: originally hosted under svn at https://grey.colorado.edu/svn/emergent
Language:C++ 9ThecoderPinar / nanoDNA-nanoROBOT-simulation
nanoDNA-nanoROBOT-simulation: Open-source Python project for modeling and simulating DNA-based nanorobot behavior. 🧬🤖
Language:Python 9Computational-Mechanics-Material-Models / chrono-preprocessor
A FreeCAD-based Project Chrono Preprocessor for Various Models
Language:C++ 8- Language:JavaScript 6
CancerModeling / Angiogenesis3D1D
3D-1D tumor growth model for simulation of angiogenesis
Language:C++ 5- Language:Python 5
americocunhajr / UERJ-UQ-CSE
Uncertainty Quantification for Computational Science and Engineering
- Wang_et_al_2020
HanwenWang95 / Wang_et_al_2020
This repository provides the MATLAB scripts for our quantitative systems pharmacology model published in Front. Bioeng. Biotechnol., where we conduct an in silico clinical trial in breast cancer using anti-PD-1, anti-CTLA-4 antibody and an epigenetic modulator.
Language:MATLAB 4 Model-Based-Design-Lab / cmwb
Computational Modeling WorkBench
Language:PHP 4Sensitivity analysis using simulation decomposition
Language:MATLAB 4- Language:MATLAB 3
- Language:Jupyter Notebook 3
A research project on the simulation and evaluation of moving target defense in the time domain.
Language:Jupyter Notebook 3praneethravuri / traffic-congestion-reduction-with-SARSA
This model applies SARSA reinforcement learning for efficient urban traffic and pedestrian management, incorporating simulation, algorithmic implementation, and evaluation to enhance safety and reduce congestion.
Language:Python 3pyrates-neuroscience / use_examples
Code to reproduce the use examples published in SIAM 2022
Language:Jupyter Notebook 3victorportog / skinoptics
SkinOptics is an open source Python package with tools for building human skin computational models for Monte Carlo simulations of light transport, as well as tools for analyzing simulation outputs. It can also be used for teaching and exploring about Optical Properties and Colorimetry.
Language:Python 3
