Forschungsgruppe Mathematik in Simulation und Ausbildung

Organization Name (de) Name der Organisation (de)
E101-03-3 - Forschungsgruppe Mathematik in Simulation und Ausbildung
 
Code Kennzahl
E101-03-3
 
Type of Organization Organisationstyp
Research Group
Parent OrgUnit Übergeordnete Organisation
 
Active Aktiv
 


Results 1-20 of 30 (Search time: 0.002 seconds).

PreviewAuthors / EditorsTitleTypeIssue Date
1Körner, Andreas ; Pasterk, D. ; Stadler, Florian ; Zeh, Christine Insight-Driven Optimization to Improve Dynamic Scheduling for Flexible Job-ShopsPresentation Vortrag21-Feb-2025
2Edthofer, Alexander ; Körner, Andreas Identifying EEG-Based Functional Networks for Whole-Brain ModelsPresentation Vortrag20-Feb-2025
3Horvath, Clara ; Kohlmayer, Marie-Sophie ; Körner, Andreas Sensitivity Analysis of a Mathematical Model Representing the Female Endocrine CyclePresentation Vortrag19-Feb-2025
4Horvath, Clara ; Kohlmayer, Marie-Sophie ; Körner, Andreas Mathematical Model Analysis of the Hypothalamus-Pituitary-Thyroid AxisPresentation Vortrag19-Feb-2025
5Modiz-2024-Journal of Mathematical Biology-vor.pdf.jpgModiz, Corinna ; Körner, Andreas Model-based conceptualization of thyroid hormone equilibrium via set point and stability behaviorArticle Artikel 2025
6Koerner-2025-MATHMOD Short Contribution Volume 2025  11th Vienna Internat...-vor.pdf.jpgKörner, Andreas ; Kugi, Andreas ; Kemmetmüller, Wolfgang ; Deutschmann-Olek, Andreas ; Steinböck, Andreas ; Hartl-Nesic, Christian ; Jadachowski, Lukasz Piotr MATHMOD Short Contribution Volume 2025 : 11th Vienna International Conference on Mathematical ModellingProceedings Tagungsband 2025
7Horvath, Clara ; Kohlmayer, Marie-Sophie ; Körner, Andreas Sensitivity Analysis of a Mathematical Model Representing the Female Endocrine CycleArticle Artikel 2025
8Horvath, Clara ; Kohlmayer, Marie-Sophie ; Körner, Andreas Mathematical Model Analysis of the Hypothalamus-Pituitary-Thyroid AxisArticle Artikel 2025
9Edthofer, Alexander ; Korner, Andreas Identifying EEG-based Functional Networks for Whole-Brain ModelsArticle Artikel 2025
10Körner, Andreas ; Pasterk, Daniel ; Stadler, Florian ; Zeh, Christine Insight-driven Optimization to Improve Dynamic Scheduling for Flexible Job-shopsArticle Artikel 2025
11Edthofer-2024-Journal of Clinical Monitoring and Computing-vor.pdf.jpgEdthofer, Alexander ; Ettel, Dina ; Schneider, Gerhard ; Körner, Andreas ; Kreuzer, Matthias Entropy of difference works similarly to permutation entropy for the assessment of anesthesia and sleep EEG despite the lower computational effortArticle Artikel 26-Dec-2024
12Edthofer, Alexander EEG-Based Whole-Brain ModelsPresentation Vortrag7-Nov-2024
13Horvath, Clara ; Körner, Andreas Sensitivity Analysis in Mathematical Models of the Hypothalamus-Pituitary-Thyroid AxisArticle Artikel8-Oct-2024
14Edthofer-2024-The Filtering Effect on Simulated Signals under Considerati...-vor.pdf.jpgEdthofer, Alexander ; Körner, Andreas The Filtering Effect on Simulated Signals under Consideration of Entropy MethodsInproceedings Konferenzbeitrag 5-Sep-2024
15Horvath, Clara ; Körner, Andreas Sensitivity Analysis in Mathematical Models of the Hypothalamus-Pituitary-Thyroid AxisPresentation Vortrag1-Jun-2024
16Horvath, Clara Simulation des hormonellen Zeitverlaufs durch datenbasierte Kalibrierung von SchilddrüsenmodellenPresentation Vortrag22-Mar-2024
17Edthofer, Alexander ; Feldhammer, Iris ; Fenzl, Thomas ; Körner, Andreas ; Kreuzer, Matthias Permutation Entropy as a Conceptual Model to Analyse Brain Activity in SleepInproceedings Konferenzbeitrag2024
18Horvath, Clara ; Körner, Andreas ; Modiz, Corinna Data-Based Model Identification of the Hypothalamus-Pituitary-Thyroid ComplexInproceedings Konferenzbeitrag 2024
19Modiz, Corinna ; Horvath, Clara Simulation of hormone trajectories through data-driven calibration of thyroid modelsPresentation Vortrag1-Dec-2023
20Ettel, Dina ; Edthofer, Alexander ; Körner, Andreas Performance Analysis of Permutation Entropy and Entropy of Difference applied to EEG DataPresentation Vortrag7-Oct-2023