Suggested solutions to the course Principles of Modelling and Simulation in Epidemiology in R
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Updated
Mar 25, 2017 - HTML
Suggested solutions to the course Principles of Modelling and Simulation in Epidemiology in R
Matlab Toolbox for Simulation, Analysis, and Design of Stable Heteroclinic Channel Networks
stodes is a stochastic differential equation solver.
Variational Inference for Langevin Equations
Implementation of stochastic finite element method for diffusion equation
C++ accelerated python module for simulating magnetic nanostructures
Neural networks for non-linear parameter estimation in SDE with memory.
Small collection of numerical experiments
C++ code to solve a general stochastic differential equation (SDE)
A variational method for fast, approximate inference for stochastic differential equations.
A MATLAB implementation of anisotropic adaptive stochastic collocation applied to a parabolic PDE
Python solver for the Brownian, Stochastic, or Noisy Differential Equations
Schramm-Loewner Evolution Library
Numerical experiments with stochastic differential equations
A C++ implementation of a stochastic level-set method.
Demonstrates how to price derivatives in a Heston framework, using successive approximations of the invariant distribution of a Markov ergodic diffusion with decreasing time discretization steps. The framework is that of G. Pagès & F. Panloup.
Library containing functions for simulating levitated nanoparticles by solving the Stochastic Differential Equation describing their motion.
Effect of hidden nodes on the reconstruction of bidirectional networks
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