Markov processes

A Markov process is a type of stochastic process that satisfies the Markov property, which means that the future state of the process depends only on the current state but not on the past states. In general, Markov processes can be classified into different types, such as discrete-time Markov chains, continuous-time Markov chains, and diffusion processes, depending on the properties of the state space and the index set. These processes have various applications in fields such as queueing theory, population dynamics, finance, and physics. In this lecture we will mainly investigate in Markov processes in continuous-time by means of advanced mathematical tools, such as measure theory, functional analysis, and PDE techniques.

  • Team

    Lecturer: Martin Slowik

  • General Information

    Ilias: Please register on Ilias for the course!

    Contents:

    • Markov processes, construction, strong Markov property
    • Semigroup, resolvent, generator 
    • Dynkins formular, connections to PDEs 

    Format:

    This lecture is provided in a blended learning format: only digital content + personal discussions. Please get into contact if you are interested in attending!