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Blockchain-based Smart Home device registry - open |
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"Use blockchain to make services, features and bugs of IoT devices transparent to all users!" Implement blockchain-based storage for all types of sensors, which are used inside of Smart Home framework. This storage should contain information on supported functionalities on the devices, combined with firmware versions of sensors. Moreover, this registry should support option of providing client-side feedback on some sensor services and whether they work properly, so that other Smart Home framework users can become more aware of possible malfunctions and/or security breaches inside their Smart Homes. Ultimate goal is to achieve trust reputation network, which would make perfect match with blochain properties, such as : backward traceability, immutability and transparency. |
| If you're interested, please contact Nemanja Ignjatov (nemanja.ignjatov@univie.ac.at) |
Mobile Application for Smart Home device management and control - open |
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Goal of this thesis is to extend existing Android application with interfaces for device management and control. In order to achieve that goal, special attention will be given to the interface and interaction design, as well as introducing novel concepts in order to simplify device management in Smart Home environment. Once the design phase and implementation of the solution are done, overall solution should be evaluated through small group user trials. Complete solution of this thesis will be integrated and tested in the existing COSYLab framework, develope in the Cooperative Systems Research Group. |
| If you're interested, please contact Nemanja Ignjatov (nemanja.ignjatov@univie.ac.at) and Christian Löw (christian.loew@univie.ac.at) |
Traffic And Load Models For ISM- And SRD-Band LoRa |
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| LoRa is an emerging proprietary physical-layer modulation technology for IoT WANs; LoRaWAN adds gateways and network uplink to bridge Things to the Internet. This project proposes to investigate traffic on the frequency bands locally used for LoRa (see for example https://www.thethingsnetwork.org/community/vienna/ ) and suggest spatial, spectral, and traffic load models for this new type of data communication. Collaboration with Vienna's community-driven, partipatory LoRaWAN installation by https://openiot.network is welcome. |
| If you're interested, please contact Albert Rafetseder (albert.rafetseder@univie.ac.at) |
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