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vhb - Elementary Quantitative Risk Assessment - DEMO

Course summary: vhb - Elementary Quantitative Risk Assessment - DEMO

Dozent: Jens Bischoff
Dozent: Andrew Easton
Dozent: Philipp Fröhlich

Course summary

Demonstrationskurs für die VHB-Veranstaltung Elementary Quantitative Risk Assessment.

Category: vhb - Naturwissenschaften

Dozent: Jens Bischoff
Dozent: Andrew Easton
Dozent: Philipp Fröhlich

vhb : Elementary Quantitative Risk Assessment

Course summary: vhb : Elementary Quantitative Risk Assessment

Dozent: Jens Bischoff
Dozent: Andrew Easton
Dozent: Philipp Fröhlich
Dozent: Rainer Göb

Course summary

Der Kurs Elementary Quantitative Risk Assessment bietet Studierenden Methoden der quantitativen Modellbildung und Analyse mit Fokus auf Anwendungen im Risikomanagement. Da diese Methodik in rein betriebswirtschaftlichen Risikomanagementveranstaltungen nicht ausreichend behandelt werden kann, erweitert dieser Kurs Risikomanagement-Kompetenzen in entscheidender Weise. Der Kurs bietet zudem für Studierende der Wirtschaftsmathematik Anwendungsmöglichkeiten der bisher erworbenen mathematisch-stochastischen Kenntnisse mit besonderem Fokus auf den Risikokontext.

Category: vhb - Naturwissenschaften

Dozent: Jens Bischoff
Dozent: Andrew Easton
Dozent: Philipp Fröhlich
Dozent: Rainer Göb

vhb - Imaging in Astronomy Demo

Course summary: vhb - Imaging in Astronomy Demo

Dozent: Paul Burd
Dozent: Matthias Kadler
Dozent: Annika Kreikenbohm
Dozent: Marcus Langejahn
Dozent: Katharina Leiter

Course summary

In contrast to other natural scientists, astrophysicists cannot directly experiment with the objects of their interest. With a few exceptions, all knowledge of the physics of objects in the Universe must be obtained from the electromagnetic radiation emitted by them. Besides the analysis of spectra and lightcurves, the investigation of images is therefore one of the most important tools in astrophysics. In addition to images in visible light, imaging instruments are used in all wavelength ranges, i.e., from radio to gamma-rays. This course is divided into four blocks: Introduction, basic methods of image processing, advanced methods and outlook.
The fundamental concept of this online course is the close interaction between the theory as well as tutorials and hands-on exercises using data of ground- and space-based instruments. The aim of the course is to provide a basic understanding of imaging methods using examples from modern astronomy with measurements from ground-based telescopes and satellites

Students will acquire the following skills:
• Image processing and interpretation using the example of astronomical measurements
• Data reduction and analysis according to current scientific methods
• Mathematical principles of image analysis
• Development and application of algorithms
• Programming basics and application of image processing in Python
• Intensified handling of English as a scientific language
• Independent preparation of a scientifically structured paper (protocol of results)
• Transfer of the methods used in astronomy to other areas

Category: vhb - Naturwissenschaften

Dozent: Paul Burd
Dozent: Matthias Kadler
Dozent: Annika Kreikenbohm
Dozent: Marcus Langejahn
Dozent: Katharina Leiter

vhb - Imaging in Astronomy

Course summary: vhb - Imaging in Astronomy

Dozent: Matthias Kadler
Dozent: Alexander Kappes
Dozent: Christian Kirsch
Dozent: Annika Kreikenbohm
Dozent: Marcus Langejahn
Dozent: Katharina Leiter
Dozent: Florian Rösch

Course summary

Category: vhb - Naturwissenschaften

Dozent: Matthias Kadler
Dozent: Alexander Kappes
Dozent: Christian Kirsch
Dozent: Annika Kreikenbohm
Dozent: Marcus Langejahn
Dozent: Katharina Leiter
Dozent: Florian Rösch