individual-based-modelling
There are 40 repositories under individual-based-modelling topic.
JuliaDynamics/Agents.jl
Agent-based modeling framework in Julia
mlange-42/arche
Arche -- Archetype-based Entity Component System (ECS) for Go.
ropensci/nlrx
nlrx NetLogo R
ArroyoAndre/covidsimulation
Covid Epidemics Simulation with Simpy
mrc-ide/individual
R Package for individual based epidemiological models
DiODeProject/MuMoT
Multiscale Modelling Tool - mathematical modelling without the maths
mlange-42/arche-model
Everything you need to rapidly build a model with the Arche Entity Component System (ECS).
DEMENT-Model/DEMENTpy
A spatially explicit trait- and individual-based microbial systems modelling framework
UCL/TLOmodel
Epidemiology modelling framework for the Thanzi la Onse project
jacobnabe/DEPONS
DEPONS model: Simulating effects of disturbances on the North Sea harbour porpoise population
rjzupkoii/PSU-CIDD-Malaria-Simulation
Spatial individual-based model of malaria with a focus on drug resistance evolution.
berndpanassiti/HostSwitch
HostSwitch: An R Package to simulate host switching by a parasite
mlange-42/arche-pixel
OpenGL graphics and plots for the Arche Entity Component System (ECS).
marcosci/mini_taskview_ibm
Taskview for all IBM related 📦 packages in the R universe
rosemckeon/ploidy
How does disturbance on a landscape affect the establishment of new polyploid plant species?
pratikunterwegs/pathomove
Individual-based model to simulate the evolution of movement strategies under risk of pathogen spread.
ap-browning/scratchIBM
Supplementary material for "Identifying density-dependent interactions in collective cell behaviour"
cornejotux/MPA-and-fish-movement
Source code of the model used in Cornejo-Donoso, J., Einarsson, B., Birnir, B., Gaines, S.D. (2017) Effects of fish movement assumptions on the design of a marine protected area to protect an overfished stock. PlosONE 12(10): e.0186309 https://doi.org/10.1371/journal.pone.0186309
dgoto2/SEIBMEarlyLife
A spatially explicit individual-based model for fish early life histories
jacobnabe/PorpoiseModel
Individual-based model for assessing the effects by-catch, ship noise etc. on harbour porpoises in the inner Danish waters
johannes-lee/SIRD-vaccination
Python individual-level SIRD model for studying vaccination prioritization
RowanDurrant/DFTD
Individual-based metapopulation model of devil facial tumour disease.
trondkr/Glomma_particles
Repository for developing sediment module for OpenDrift for modeling flow of particles in Glomma
bonilab/malariaibm-spatial-Rwanda-561H
Complete source code and intermediary files to accompany the manuscript published in Nature Medicine.
charlesrocabert/puutools
Easy-to-use C++ library for the live tracking of lineage and coalescence trees in individual-based forward-in-time simulations.
dgoto2/SEIBMFoodWeb
A spatially explicit individual-based food web model for a large ecosystem
dgoto2/SEIBMRiverFish
A spatially explicit (1D) individual-based model for large river fish
FelixNoessler/Buffers-or-corridors-for-great-crested-newts
Individual based-model to determine which management option (buffers or corridors between ponds) is better for promoting the population of newts.
FelixNoessler/Individuals-based-modelling-with-RangeShiftR
Individual-based model of a theoretical reintroduction of wild boars in France
Kanchana-Bandara/PASCAL-v4.0
Pan-Arctic Behavioral and Life-history Simulator for Calanus: a 3D super-individual-based model.
olledejong/DAISIEsims
Mini project (5ECTS) as part of the MSc Biology (University of Groningen), aiming to increase the efficeincy and speed of DAISIE model simulations.
wtennant/arbo_gpu_fit
Fitting a stochastic individual based model for arboviral disease.
bonilab/malariaibm-spatial-BurkinaFaso-2021
Complete source code and intermediary files to accompany the manuscript published in PLOS Global Public Health.
klanting/UA-2024-Summer-Modelling-Infectious-Disease-Case-Study
Case Study expanding the infectious disease modelling in R tutorial
mcwimm/RootGraftsMatter
Data and code for analysis presented in Wimmler et al. (2022)