M.Sc. Henriette Heinrich
Scientific employee and PhD student at the Chair of Applied Stochastics
Prof. Dr. Anita Behme
© TUDMATH
Scientific employee
NameM.Sc. Henriette Heinrich
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Visiting address:
Bürogebäude Z21, room 312 Zellescher Weg 25
01217 Dresden
Teaching in previous semesters
- Summer 2025: Course assistant for the lecture Stochastics - Basic Concepts
- Winter 2024/2025: Course assistant for the lecture Insurance Mathematics - Basic Concepts, Exercise for the lecture Mathematics I (Analysis) for Economics students
- Summer 2024: Course assistant for the lecture Stochastics - Basic Concepts
- Winter 2023/2024: Course assistant for the lecture Insurance Mathematics - Basic Concepts
- Summer 2023: Exercise for the lecture Stochastics - Basic Concepts, Course assistant for the lecture Insurance Mathematics - Basic Concepts
- Winter 2022/2023: Exercise for the lecture Mathematics I (Linear Algebra) for Economics students
- Summer 2022: Course assistant for the lecture Insurance Mathematics - Basic Concepts, Exercise for the lecture Mathematics II (Analysis) for Economics students
- Winter 2021/2022: Exam preparation for the lecture Mathematics II / 1 for ET/INF
Research
Publications
- Anita Behme, Henriette E. Heinrich, Alexander Lindner, 2025. "Duals and time-reversed flows of generalized Ornstein-Uhlenbeck processes" (Preprint).
- Philipp Lukas Strietzel & Henriette Elisabeth Heinrich, 2022. "Optimal Dividends for a Two-Dimensional Risk Model with Simultaneous Ruin of Both Branches," Risks, MDPI, vol. 10(6), pages 1-23, June.
Talks
- German Probability and Statistic Days (GPSD), March 2025 in Dresden: Siegmund Duality and Time Reversal of Lévy-type Processes.
- German PhD meeting "Doktorand:innentreffen der Stochastik", August 2023 in Heidelberg: On Siegmund Dualities of Lévy-type Processes.
Posters
- German Probability and Statistic Days (GPSD), March 2023 in Essen: On Siegmund Dualities of Lévy-type Processes.
- Lévy Conference, July 2022 in Mannheim: Optimal Dividends for a Two-Dimensional Risk Model with Simultaneous Ruin of Both Branches.