American option pricing with an adaptive penalization strategy using the sparse grid combination technique combined with the Parareal-algorithm

My name is Anna Clevenhaus and I am a second year Phd-Student in the Applied Mathematics and Numerical Simulation (AMNA) group of the University of

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ECMI Webinar “Math for Industry 4.0 – Models, Methods and Big Data”, December 2 – 3, 2020

In a joint activity of the Special Interest Groups Mathematics for Big Data and Math for the Digital Factory of the European Consortium for Mathematics

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PRecision crop protECtion: deep learnIng and data fuSION

Current farming practices require a uniform application of pesticides in order to protect crop plants from pest and disease. These treatments are typically repeated at

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ITWM Researcher Stefanie Schwaar Establishes New Research Group for Artificial Intelligence

Dr. Stefanie Schwaar from the Fraunhofer Institute for Industrial Mathematics ITWM won the BMBF’s call for tenders for funding among young female AI researchers. She

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Cable Simulation @ ITWM & FCC

Since 2005 ITWM and FCC collaborate on mathematical modeling and interactive simulation of cables and hoses. Our main application area is virtual product realization in

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Math for the digital factory @ ITWM

The department “Math for the Digital Factory” is one of the activists in the ECMI SIG of the same name, with a focus on applications

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Numerical Solution of SDEs on Matrix Lie Groups with Financial Applications

My name is Michelle Muniz and I am a second year PhD student at the Bergische Universität Wuppertal (BUW), where I have also received both

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Shape Optimization of an Electron Gun

S-DALINAC (Superconducting-DArmstadt-LINear-ACcelerator) is a superconducting electron accelerator at TU Darmstadt, running since 1991. It was initially constructed as a twice-recirculating accelerator with a maximum energy

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Yield Estmation Using Surrogate Modelling in Industry

Most manufacturing processes suffer from small deviations, which may lead to rejections of some products due to malfunctioning. In this context, malfunctioning is commonly understood

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Efficient numerical quadrature for the boundary elements method with application to electrical machines

Nowadays, the design with regard to efficiency and reliability is a major task in the development of electrical machines. Therefore, numerical simulations play an increasingly

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