1. Omar Arahbi, Fractional modeling and impedance model parameters identification of Lithiumion
batteries.
2. Robert Bereza, Towards scalable identification of non-linear differential-algebraic equations
with process disturbances.
3. Sarthak De, Global identifiability of parameterized nonlinear dynamical models.
4. Michael Döhler, High dimensional data reduction in modal analysis with stochastic subspace
identification.
5. Stefanie Fonken, Local identification in dynamic networks using a multi-step method.
6. Anubhab Ghosh, DeepBayes - an estimator for parameter estimation in stochastic nonlinear
dynamical models.
7. Rodrigo González, Identification of linear state-space models subject to truncated Gaussian
disturbances.
8. Szymon Gres, Parameter-state estimation for mechanical systems with small model errors.
9. Noël Hallemansa, Electrochemical impedance spectroscopy beyond linearity and stationarity.
10. Taleb Hamdan, Control of calendering process, an initial step in tire manufacture.
11. Jiabao He, Non-asymptotic identification of Markov parameters using weighted least-squares.
12. Xin He, A pipeline for analyzing large-scale time-course bulk mRNA data.
13. Yue Ju, Asymptotic theory for Stein's unbiased risk estimation and generalized cross-validation
hyper-parameter estimators.
14. Hugo Koide, Robust adaptive filtering methods for online mass estimation of electric vehicles
15. Krzysztof Kowalczyk, Learning with guarantees for multi-agent systems.
16. Braghadeesh Lakshminarayanan, Parameter estimation: Simulation driven and privacy
preserving approaches.
17. Francois Lamoline, Gene expression modelling from single-cell data using optimal mass
transport.
18. Jimei Li, Lithium-ion battery identification through online concurrent state and parameter
estimation.
19. Yuhan Liu, Efficient Bayesian learning of Gaussian process state-space models
with probabilistic stability guarantees.
20. Inês Lourenco, Learning from interactions: Beliefs, policies, and rewards.
21. Stefano Magni, Toward inference of gene regulatory networks from single-cell RNA-sequencing
data by the chemical master equation and the chemical Langevin equation.
22. Gabriel Maik, Cyclostationarity in a loop?