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Comment: Hinweis "Q&A session" für WiSe19/20 upgedatet; "Etudes generator" als vergeben markiert

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Note
titleTopic Info Meeting

If you plan on doing your thesis with COSY

in summer semester 2019

, 
you have to attend

our

the next general topic Q&A session:

When:

Friday 8 March 2019, 14:00-16:00

September 2019 (exact date TBA)
Where:

SR8

TBA

Thanks!

Please Note:

Albert Rafetseder will arrive a little later, at 15:30. Please time your visit accordingly, if you are interested in one or more of his topics.

  • Svenja Schröder and Hannes Weisgrab are available via E-Mail only (not at the Q&A session).


    • 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), Stephan Wirsing (stephan.wirsing(at)univie.ac.at)!

    ...

    Fuzz The OLSR2 Routing Daemon

    The Optimized Link State Routing protocol version 2 (OLSR2 on GitHub, RFC 7188) is a routing protocol for wireless mesh networks. Your task is to automate tests against OLSR2 that try its functionality and check its correct functioning for a variety of valid and invalid inputs, both from the network and from local configuration. Vectors include the syntax and semantics of OLSR2's RFC 5444-encoded messages, but also any config files that the deamon uses, or the operating system's routing tables (see e.g. Routing Tables of Death). Since OLSR2 aims to run on low-power embedded hardware platforms such as WiFi routers, DoS scenarios (memory / CPU / storage exhaustion) are in scope as well. Additionally, glitches should be analysed for their effect on a practical mesh network of ~10 devices. Since OLSR2 is Free, Libre Open Source Software (FLOSS), you should also disclose responsibly and fix any bugs you may find!

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


    A Configurable Études Generator - vergeben / already taken
    Études are musical pieces designed as practice materials for perfecting particular musical skills (Wikipedia). The skills to be perfected can differ (in difficulty and category) from étude to étude, and are different between instruments, players, and also dimensions of musical content (melody, harmony, rhythm). Develop a sufficiently generic, configurable generator for études that outputs études of choosable difficulty. For this, define a system that encodes the difficulty of a task to be studied, and transformations that assess the difficulty of combinations of study tasks appropriately.
    If you're interested, please contact Albert Rafetseder (albert.rafetseder@univie.ac.at)

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