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6.12.2018
Nikolaus

Christlicher Feiertag. Kein gesetzlicher Feiertag.

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24.12.2018
Heiliger Abend

Christlicher Feiertag. Nicht arbeitsfrei.

25
25.12.2018
1. Weihnachtstag

Christlicher Feiertag.

26
26.12.2018
2. Weihnachtstag

Christlicher Feiertag.

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31.12.2018
Silvester

Nicht arbeitsfrei.

1
1.1.2019
Neujahr

2 3 4 5 6
6.1.2019
Heilige drei Könige

Christlicher Feiertag. Nur in Baden-Württemberg, Bayern und Sachsen-Anhalt.

Konferenzbeiträge

Vorträge

  • B. Seifert, K. Korn, S. Hartmann, and C. Uhl, Dynamical Component Analysis (DyCA): Dimensionality reduction for high-dimensional deterministic time-series, 2018 IEEE 28th International Workshop on Machine Learning for Signal Processing (MLSP), Aalborg, 17.-20.09.2018, arXiv Preprint
  • S. Hartmann. Dynamical Component Analysis (DyCA) applied to simulated data of strange attractors, Applied Research Conference - ARC 2018, Deggendorf, 10.07.2018
  • D. Adamski. Testing for Shilnikov Behavior in Epileptic Seizure with Dynamical Systems Based Modeling, Applied Research Conference - ARC 2018, Deggendorf, 10.07.2018
  • B. Seifert, K. Hüper, and C. Uhl, Fast cosine transform for FCC lattices, 13th APCA International Conference on Control and Soft Computing (CONTROLO 2018), Ponta Delgada, 05.06.2018, arXiv Preprint
  • D. Adamski, S. Hartmann, B. Seifert, and C. Uhl, Modellierung von EEG‐Daten epileptischer Absencen: Dimensionsreduktion auf Shilnikov‐Attraktoren, Workshop Biosignale 2018, Erfurt, 22.03.2018
  • C. Uhl, M. Lieb, Experiments with an extended adaptive SVD enhancement scheme for speech recognition in noise, ICASSP 2001, IEEE Press, 2001

Poster

  • D. Adamski, S. Hartmann, B. Seifert, C. Uhl. Model-driven dimensionality reduction of epileptic EEG-data, 52nd DGBMT Annual Conference - BMT 2018, Aachen, 26. - 28.09.2018
  • S. Hartmann, D. Adamski, B. Seifert, C. Uhl. Linear stability analysis of epileptic seizure models, 52nd DGBMT Annual Conference - BMT 2018, Aachen, 26. - 28.09.2018
  • K. Korn. Dynamical component analysis applied on EEG data of patients with epileptic seizures, Applied Research Conference - ARC 2018, Deggendorf, 10.07.2018
  • D. Adamski, S. Hartmann, K. Korn, B. Seifert, and C. Uhl. Modellierung von EEG-Daten epileptischer Absencen: Dimensionsreduktion auf Shilnikov-Attraktoren, Matlab Expo 2018 
  • B. Seifert, K. Hüper, and C. Uhl. On Cooley-Tukey-type-algorithms based on generalized Chebyshev polynomials, Foundations of Computational Mathematics 2017
  • D. Adamski, B. Seifert, and C. Uhl. Parameterschätzung nicht-linearer Differentialgleichungsmodelle via globaler Optimierung, Matlab Expo 2017
  • B. Seifert and C. Uhl. Dynamical Systems Based Modeling, 80. Jahrestagung der DPG 2016

Preprints

  • K. Korn, B. Seifert, and C. Uhl. Dynamical Component Analysis (DyCA) and its application on epileptic EEG. submitted
  • B. Seifert and K. Hüper. The discrete cosine transform on triangles. submitted, arxiv preprint

Zeitschriften- und Journalartikel

  • B. Seifert, D. Adamski, and C. Uhl. Analytic quantification of Shilnikov chaos in epileptic EEG data. Front. Appl. Math. Stat., 2018, Link zur online Version
  • C. Uhl, A. Hutt, and F. Kruggel. Improvemenet of Source Localization by Dynamical Systems Based Modeling (DSBM). Brain Topography, 13:219–225, 2001
  • C. Uhl, F. Kruggel, B. Opitz, and D. Y. von Cramon. A New Concept for EEG/MEG Signal Analysis: Detection of Interacting Spatial Modes. Human Brain Mapping, 6:137–149, 1998
  • R. Friedrich and C. Uhl. Spatio-temporal analysis of human electroencephalograms: petit-mal epilepsy. Phyica D, 98:171–182, 1996
  • C. Uhl, R. Friedrich, and H. Haken. Analysis of spatio-temporal signals of complex systems. Phy. Rev. E, 51:3890, 1995
  • C. Uhl, R. Friedrich, and H. Haken. Reconstruction of spatio-temporal signals of complex systems. Z. Phy. B, 92:211, 1993

Sammelbandbeiträge

  • C. Uhl and B. Seifert. DSBM - Dynamical Systems Based Modeling: An Overview. In U. Ambrosius and S. Gollisch, editors, Ansbacher Kaleidoskop 2016, 123–138. Shaker Verlag, 2016.
  • C. Uhl and R. Friedrich. Spatio-temporal Modeling Based on Dynamical Systems Theory. In C. Uhl, editor, Analysis of neurophysiologigla Brain Functioning, pages 274–305. Springer Verlag, 1999