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Programme

Here is the programme for the ERNSI Workshop 2023.

24 September

17:00–20:00

Registration at Ersta hotell and conference

20:00–22:00 

Dinner at Ersta Terass

25 September

8:50–9:00

Welcome remarks.

9:00–10:00

Florian Dörfler, ETH: Data-driven conrol based on behavioral systems theory.

10:00–10:30

Poster highlights.

10:30–10:45

Coffee break.

10:45–11:45

Poster session.

11:45–12:15

Alessandro Chiuso, University of Padova: Data-driven control – the thin line between model based and model free.

12:15–12:30

Discussion.

12:30–14:00

Lunch at Ersta Terass.

14:00–15:00

Alexandre Proutiere, KTH: Finite-time analysis of linear system identification: sample complexity lower bounds and optimal algorithms.

15:00–15:30

Poster highlights.

15:30–16:45

Poster session and coffee break.

16:45–17:45

Vikram Krishnamurthy, Cornell University: Social sensing and inverse reinforcement learning.

19:00

Dinner at Ersta Terass.

26 September

8:50–9:00

Welcome remarks.

9:00–10:00

Daniel Gedon, Uppsala University: Deep networks for system identification: a survey.

10:00–10:30

Paul Van Den Hof, Eindhoven University of Technology: Identification of local models in interconnected systems – confounding variables, data-informativity and MATLAB toolbox.

10:30–11:45

Poster session and coffee break.

11:45–12:15

Mingzhou Jin, ETH: Error bounds for Kernel-based linear system identification with unknown hyperparameters.

12:15–12:30

Discussion.

12:30-14:00

Lunch at Ersta Terass.

15:00–16:30

Ghost walk. Start at Järntorget 84 in Gamla stan, next to the statue of Evert Taube.

19:00

Dinner at Bringsalen and Norrbysalen.

27 September

8:50–9:00

Welcome remarks.

9:00–9:30

Timothy Rogers, University of Sheffield: A bayesian view on stochastic subspace identification with extension to statistical robustness.

9:30–10:00

Gerben I. Beintema, Eindhoven University of Technology: Meta-state-space learning: A novel approach for the identification of stochastic dynamic systems.

10:00–10:30

Mohammad Khosravi, Delft University of Technology: Representer theorem for learning Koopman operators.

10:30–11:15

Coffee break.

11:15-11:45

Matteo Scandella, Imperial College London: Kernel methods for identification of nonlinear systems.

11:45–12:15

Tomas MacKelvey, Chalmers University of Technology: Radar platform tracking for airborne bistatic systems.

12:15–12:30

Discussion.

12:30–14:00

Lunch at Ersta Terass.