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The Centre for Industrial Applications of Mathematics and Computer Science (ZINA) combines well-founded, problem-oriented basic research with application-oriented industrial research. The speaker of the competence centre is Prof. Dr. Nicola Wolpert.
On the one hand, the method development carried out at the centre requires a sound knowledge of the underlying theories and procedures. For example, methods from the fields of number theory, numerical simulation, efficient geometric algorithms or artificial intelligence are used here. On the other hand, targeted application also requires enough practical experience, which our researchers contribute.
The research activities at ZINA are strongly interdisciplinary. Typically, they combine two or more disciplines from computer science, business informatics, applied mathematics and industrial measurement technology and surveying.
Cooperations exist on a national and international level. Partners are for example large and medium-sized industrial companies such as Daimler AG, invenio VT GmbH or Binogi GmbH. There is also a cooperation with insurance institutes and scientific institutions such as the Johannes Gutenberg University Mainz and the Karlsruhe Institute of Technology (KIT).
Digital prototype construction
Industrial applications of optical measurement technology
Applications of number theory
Risk assessment in the finance and insurance industry
Intelligent Software Agents
Development of geometry modules
Sensor technologies for robotics and other applications
High Performance Computing
Flow simulation for allocation of small wind turbines
Completed projects
- bwHPC-C5: Coordinated Compute Cluster Competence Centers
- COMAV: Computational methods for abelian varieties over number fields with complex multiplication
- GeniAAL: Gesture-controlled multi-modal systems in the Ambient Assisted Living environment
- Motion Planning: preliminary investigation in the field of motion planning
- Parameter risk: Parameter risk in risk capital calculations for insurance portfolios
- RASAND: Robust algorithms for distance calculations for large moving triangular meshes
- SimMEMS: Modelling and simulation of the dynamic behaviour of electro-mechanical microstructures at low gas pressures
- SPIRIT: Event-driven information transfer, inspiration and entertainment in urban environments based on mobile augmented reality technologies
| Name & Position | E-Mail & Telephone | Competencecenter | ||
|---|---|---|---|---|
 | Responsible for foreign affaires for mathematics | +49 711 8926 2730 | 2/310 | Industrielle Anwendungen der Informatik und Mathematik |
| Professor | +49 711 8926 2811 | 2/449 | Digitalisierung in Forschung, Lehre & Wirtschaft |
| Dean Faculty C Geometrics Computer Science Math | +49 711 8926 2519 | 2/363 | Digitalisierung in Forschung, Lehre & Wirtschaft Industrielle Anwendungen der Informatik und Mathematik |
| Professor | +49 711 8926 2814 | 2/318 | Geodäsie und Geoinformatik Industrielle Anwendungen der Informatik und Mathematik |
| Professor / Dean | +49 711 8926 2897 | 2/319 | |
| Professor, Scientific Director | +49 711 8926 2632 | 2/145 | Digitalisierung in Forschung, Lehre & Wirtschaft |
| Full Professor | +49 711 8926 2966 | 2/546 | Geodäsie und Geoinformatik Industrielle Anwendungen der Informatik und MathematikDigitalisierung in Forschung, Lehre & Wirtschaft |
| Professor | +49 711 8926 2511 | 2/206 | Industrielle Anwendungen der Informatik und Mathematik |
| Professor | +49 711 8926 2610 | 2/210 | Geodäsie und Geoinformatik Industrielle Anwendungen der Informatik und Mathematik |
 | Professor | +49 711 8926 2697 | 2/368 | Industrielle Anwendungen der Informatik und Mathematik |
| Professor for Computer Science | +49 711 8926 2527 | 2/380 |
| Name & Position | E-Mail & Telephone | Competencecenter | ||
|---|---|---|---|---|
| +49 711 8926 2704 | 5/032 |