organised by Francisco Hoecker-Escuti and Ivan Veselić.
In the seminar we will discuss various types of estimates on probabilities associated to a large number of trials or experiments. The trials are often times, but not always, assumed to be independent and/or identically distributed. In many cases the probabilistic estimates are very efficient in the sense that they converge to zero exponentially fast in the number of trials. Such types of estimates are called, depending on the scientific context and the specific form, Large Deviations Principles or Concentration inequalities, respectively. They have a wide range of applications in analysis, statistics, mathematical physics, combinatorics, machine learning theory etc.| Date | Time and comments | Title | Speaker |
| 1. November | 13:45 | Large deviations and concentration inequalities | Francisco Hoecker |
| 8. November | 13:45 | The Hoeffding inequality and the Effron-Stein inequality | Francisco Hoecker |
| 15. November | 14:00 | Glivenko--Cantelli theorems and the IDS (I) | Ivan Veselić |
| 22. November | 13:45 | Glivenko--Cantelli theorems and the IDS (II) | Christoph Schumacher |
| 28. November | 15:30 (jointly with the Forschungsseminar) | Concentration of mass and central limit property for isotropic convex bodies in high dimensions | Jürgen Voigt |
| 4. December | 17:15 | Rate function for k-Tuples | Hartmut Leister |
| 13. December | 13:45 | Approximations of the IDS on Sofic groups | Christoph Schumacher |
| Christmas holydays | Christmas holydays | Christmas holydays | Christmas holydays |
| 10. January | 13:45 | Concentration for Lipschitz function, Dudley's integral inequality, Kolmogorov's chaining | Francisco Hoecker |
| 17. January | 13:45 | Berry-Esseen proof of Tao and Vu, Lindeberg's proof of CLT | Francisco Hoecker |
| 22. January | 17:15 | Lifschitz Tails via linear coupling | Peter Stollmann |
| 31. January | 13:45 | Towards a proof of Lifschitz Tails on polynomially growing graphs | Reza Samvhat |
| 4. February | 13:45 | Proof of DeHardt's Theorem | Christoph Schumacher |