- Seminars
- From interacting Particle systems to Kinetic equations, Part A (1 ECTS)
From interacting Particle systems to Kinetic equations, Part A (1 ECTS)
Speaker
J. Carrillo, C. Totzeck - Imperial College London, TU Kaiserslautern
Date
Nov 26, 2018 - Time:
09:30
Agent Models of 1st and 2nd order: From micro to macro
by José A. Carrillo ( IC London)
During this course I will discuss microscopic models of collective behavior and consensus of first and second order, their rich dynamical structure and the stability properties of particular solutions such as flocks and mills. I will also discuss how to coarse grain these models into kinetic and macroscopic PDEs and how to connect and analyse the different type of models.
by Claudia Totzeck ( TU Kaiserslautern)
For more details see the dedicated web-site: from interacting Particle system to Kinetic equations
by José A. Carrillo ( IC London)
During this course I will discuss microscopic models of collective behavior and consensus of first and second order, their rich dynamical structure and the stability properties of particular solutions such as flocks and mills. I will also discuss how to coarse grain these models into kinetic and macroscopic PDEs and how to connect and analyse the different type of models.
- 26/11, 09:30 - 11:00, Aula Verde, Ca Vignal Piramide.
- 27/11, 11:00 - 12:30, SMT02, Polo Santa Marta
- 28/11, 09:30 - 10:00, SMT04, Polo Santa Marta
by Claudia Totzeck ( TU Kaiserslautern)
In this seminar we discuss a model for the application of herding sheep. The starting point is the interaction of the sheep crowd itself and then the interaction of the sheep with the guides.
Then the question of well-posedness is discussed before we can implement optimisation strategies to obtain simulation results.
- 27/11, 14:00-15:00 SMT02, Polo Santa Marta
- 29/11, 15:00-16:00 SPC, Polo Santa Marta
For more details see the dedicated web-site: from interacting Particle system to Kinetic equations
- Data pubblicazione
- Sep 25, 2018
- Contact person
- Giacomo Albi
- Department
- Computer Science