I solve the Lorentz system in Python using the boost odeint library via the Python C API.
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Updated
Jan 20, 2017 - Jupyter Notebook
I solve the Lorentz system in Python using the boost odeint library via the Python C API.
Comparison of MPGOS, Julia, odeint and hand tuned C++ codes.
Introduction to Numerical Methods / Ordinary Differential Equations
The code for my bachelor's thesis, a numerical exploration of the second part of Hilbert's 16th problem
A tool to get introduced at modeling of gene expression in cell populations.
Collection of C++ codes for the computation of Bruggeman effective medium refractive index spectra.
This is a program that provides a graphical solution for the population inversion of the levels 2 and 3 of the Argon laser atomic system.
Numerically solving the dynamical equations of a protein expression system
Solving initial value problems in pharmacometric modeling using TensorFlow
Methods for solving systems of ordinary differential equations in the case of initial value problems (ODE-IVP).
Modeling and simulation of LTI state-space and nonlinear systems.
Ordinary Diferential Equations
Particle flow animation with the trajectories of the particles being computed using the function odeint from scipy.integrate.
Mechanistic models in fermentation
Lorenz system - Repository for the project for Software and Computing for Applied Physics
The folder contains implemented approaches of curves fitting of Non-Specific binding of Blood Plasma proteins to the sensor surface
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