One of the main outputs of the research conducted within DyCon ERC Project is the development of new computational methods and tools (algorithms, tutorials, sample codes, software, simulations, and so on), all of which are constantly being integrated in our computational platform.

DyCon Blog offers a higher layer of the computational platform, gathering the work that is currently taking place inside the DyCon team. The goal of this computational blog is to share the valuable knowledge that was collected and gained throughout the DyCon ERC Project's life cycle.

In this short tutorial, we explain how to use Riccatiâ€™s theory to solve an LQ control problem with targets.

The aim of this tutorial is to give a numerical method for solving a partial differential equation with a constant delay.

A Multiscale Geometrical Basis for Variational Problems in Mechanics

This tutorial explains how to use the Dirichlet-Neumann method to coordinate the numerical solutions of two linear heat equations with strong jumps in the material coefficients accross a common interface.

The aim of this note is to explain how one can solve an optimal control problem with the moment method