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Note

If you plan on doing your Thesis Praktikum with COSY in winter semester 2018, the attendance at our general topic Q&A session is required:

When: Friday 5 October, 15:00-17:00
Where: SR8

Thanks!

The following list contains currently open thesis topics in the area of Cooperative Systems. Should you have an own idea for a potential thesis which you think might fit the research interests of our group, do not hesitate to contact us directly.


1. COSY Research Areas

Human-Computer Interaction (HCI)

Networks and Network Security

  • Human Factors and Interaction Design of ICTs
  • Usability, Usable Security, User Research, (Participatory) ideation and iterative prototyping
  • Social Computing, Technology and the cultural domain - “Culture over IP”
  • Ubiquitous and mobile HCI
  • Computer Supported Cooperative World - Social Computing/Social Informatics, Cooperative Systems
  • Internet of Things / Internet of People
  • AAA - Authentication, Authorization, Accounting in IoT ecosystems
  • Decentralized security mechanisms (blockchain, trust, transparency, privacy)
  • (Computer) Networks --- design, operation, and use
If you are interested in "Praktika" or Bachelor/Master-Theses in the Area of Human-Computer Interaction (HCI), please contact: Oliver Hödl (oliver.hoedl@univie.ac.at), Svenja Schröder (svenja.schroeder@univie.ac.at), Christian Löw (christian.loew@univie.ac.at)!If you are interested in "Praktika" or Bachelor/Master-Theses in the Area of Networks and Network Security, please contact: Nemanja Ignjatov (nemanja.ignjatov(at)univie.ac.at), Albert Rafetseder (albert.rafetseder(at)univie.ac.at)!

...


Kibana Statistics Plugins

The Kibana analysis software provides convenient ways to analyze datasets, but it lacks features that help with modeling tasks to (e.g.) describe arrival and service processes from the time series attributes of data. Your task is to remedy this situation. This includes a requirement analysis from modeling tasks performed in the literature, an actual software implementation for Kibana, and a showcase study based on example sensor backhaul data provided by a large Austrian IoT network.

If you're interested, please contact Albert Rafetseder (albert.rafetseder@univie.ac.at)




Promiscuous Mode for the ESP8266

The ESP8266 offers an interesting WiFi-enabled small-scale embedded platform. Your task is to extend the MicroPython firmware available for it to enable its wireless interface's promiscuous mode. This lets an ESP8266 act as a passive WiFi sensing and measurement device. Based on your implementation, you design a distributed experiment with multiple devices that makes use of your new feature, e.g. track WiFi beacons from smartphones across geographical areas in a privacy-preserving manner (paper).

If you're interested, please contact Albert Rafetseder (albert.rafetseder@univie.ac.at)