Bernhard Rinner, Professor for Pervasive Systems at the Institute of Networked and Embedded Systems, describes the fascination and challenges associated with a highly topical interdisciplinary research field.
Major smartphone manufacturers like Apple want to help us when it comes to quickly locating small devices that we can attach to our key rings or backpacks. The underlying technology promises great potential for industrial and logistic applications. Researchers at the University of Klagenfurt have developed a technology that works up to 60 times faster and 40 times more precisely.
Commercial drones usually come equipped with modest on-board computing power. Consequently, their speed and agility are somewhat limited when they use their cameras like eyes to navigate in space. Samira Hayat, a researcher at the Department of Information Technology, recently joined forces with colleagues from other departments and Deutsche Telekom to investigate the effects of offloading computation to the edge of the network (edge computing).
Whenever people dance in groups, fish swim in shoals and neurons fire in unison, then there is a need for synchronicity. The world has plenty of these phenomena, many of which seem almost magical. Researchers are currently working on replicating this self-organised synchronisation for use in technical systems. Yet they come up against “deadlocks”, where the synchronisation process is jammed. A recent publication in Physical Review E explores new approaches to this tricky issue.
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