Information event for students of Mathematics

On the 15 January 2020, the research groups of the Institutes of Mathematics and Statistics gave an insight into their current research. Interested students were also given an overview of which topics are suitable for a bachelor or master thesis.

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New tools for swarms of machines

Moving intelligently, robots deployed in a warehouse shift crates from A to B – without getting in each other’s way. What sounds like a very simple example has only recently been made possible thanks to new tools developed in the EU Horizon 2020 project CPSwarm. The project is now in its final phase and the “toolkit” is freely available online for all developers.   

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New Colleague @ IAS

Portrait: Martin Stettinger
Martin Stettinger

We are very happy to wel­come our new coll­eague Martin Stett­inger in the Depart­ment of In­for­matics Systems. Martin has fin­i­shed his PhD in In­for­ma­tics at the Graz Uni­ver­sity of Tech­no­lo­gy. He started his work in the Inter­active Sys­tems re­search group in Jan­uary 2020 in the Mass Cust­om­i­zation 4.0 pro­ject. Martin will focus his work on the de­ve­lop­ment of inno­va­tive pro­ducts and serv­ices to sup­port small and medium-sized enter­pri­ses (SME) in ques­tions of mass cust­om­i­zation. Regard­ing ser­vices, tools are de­ve­loped to sur­vey the status of know­ledge in mass cust­o­mi­zation on the one hand, and to train comp­anies to extend their know­ledge in this do­main on the other hand. Regard­ing pro­ducts, Martin and coll­eagues will deve­lop a smart home con­fi­gu­rator to en­able SME to cust­o­mize the sys­tems and pro­ducts they offer to the cust­omers’ needs. The con­fi­gu­rator will con­sist of two main parts: an AI-based back­end and an appro­pri­ate user in­ter­faces that allow cust­omers to easily convey their needs to the supplier (the SMEs).

Simulating cyber-physical threats to the City of Vienna

A large number of critical infrastructure facilities are located in cities and their surroundings, providing essential services in a compact geographical space and resulting in mutual physical and logical dependencies. The provision of services such as electricity, gas, water, communication, food, fuel, road or rail, in particular, is achieved by operating extensive networks. In the FFG-funded project ODYSSEUS, Stefan Rass (Institute of Applied Informatics) and his team are working on developing a framework for a simulation designed to forecast the consequences of attacks on such interlinked infrastructure facilities.  

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