Library to conduct experiments in population dynamics.

Files related to my Summer of Science Report on Nonlinear Dynamics

A comprehensive computational biophysics simulation suite consisting of various ecological interactions between microorganisms of different characteristics in varying environments. We plan to expand this into a complete biophysics education interface for anyone interested in an interdisciplinary approach to simulations in ecological sciences.

A curated collection of mathematical models spanning various disciplines, offering insights and tools for analysis, simulation, and understanding complex phenomena.

🐇🦊 Illustration of Lotka–Volterra's Predator–Prey Model

Code from Boys, Wilkinson and Kirkwood (2008)

Going through the tutorials for integrating PyMC with ODEs

Lotka-Volterra competition model in Stan

BEEM: Estimating Lotka-Volterra models from time-course microbiome sequencing data

Suppressing bacteria in microbial communities with reinforcement learning

Parallel implementation of a simple ecosystem based on Lotka-Volterra model (Predator-Prey).

Code for results of "Microbial communities experimental time series captured by stochastic logistic models"

Prey-predator model solution with classical Langevin Simulation and Machine Learning

Predator-Prey Simulation

A predator-prey model using the Lotka-Volterra (LV) framework

Lotka-Volterra model, also known as prey predator model implemented with bacteria as prey and creepers as predators.

This project was made for my studies. I was given the freedom to choose any mathematical topic and conduct research compiled using Latex to create an informative and detailed project. Mine here focuses on my love of nature

simple codes of population dynamics

Hybrid ecological modeling of two-species competition: Lotka–Volterra dynamics vs machine learning and physics-informed neural networks

A lightweight Java project for simulating and plotting ODEs — ideal for learning and experimenting with dynamic systems modelling.