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Open HiWi positions at the Chair of Technical Information Systems
Our Chair of Technical Information Systems (https://www.ti.rw.fau.de/) at WiSo in Nürnberg has three open HiWi positions:
Integration of Bluetooth Low Energy Devices with Linked Data
(klick link for additional information)
https://www.ti.rw.fau.de/open-positions/student-assistant-integration-of-bluetooth-low-energy-devices-into-the-chairs-system/
Abstract
The Chair of Technical Information Systems has developed software that provides a Linked Data interface for Bluetooth Low Energy (BLE) devices. The so-called BLE-adapter runs on a Raspberry Pi and allows the integration of BLE-devices in bigger Semantic Web applications by offering a REST API. The major aim of this work is to reverse-engineer the protocols of BLE-devices which will help us to support those by our software.
Data
- Starting date: As soon as you can.
- Hours per month: 30h – 40h
Tasks
- Reverse-engineering of vendor specific BLE-protocols.
- Documentation of the results in a Linked Data format.
- Search for new, interesting BLE-devices that could be integrated into our system.
- Reporting bugs of the BLE-adapter.
- (Optional) Fixing bugs in the BLE-adapter
Beneficial Skills
The task can basically be done by any student with a connection to computer science. However, there are some skills that have a positive effect on an application:
- Attended the Foundations of Linked Data lecture.
- Basic knowledge of the Bluetooth Low Energy protocol.
- Experience in using command line tools.
Miscellaneous
Due to the current situation the student may conduct the work at home.
Linked Data Processing (MOSAIK)
(klick link for additional information)
https://www.ti.rw.fau.de/open-positions/student-assistant-linked-data-processing-mosaik/
Abstract
In the BMBF funded research project MOSAIK we are investigating methods for aggregating software components in a flexible and self-organized manner. Therefor we need some implementation work to be done on our Linked Data processing system Linked Data-Fu.
Data
- Starting date: At earliest convenience
- Hours per month: 20h – 40h
Tasks
- Help with implementation work regarding Linked Data-Fu (Java)
- Possibly additional tasks in the scope of the MOSAIK project
Beneficial Skills
- Profound knowledge of the Java programming language
- Familiarity with Linked Data, RDF and other Semantic Web technologies
Self-Organizing Scenarios (MOSAIK)
(klick link for additional information)
https://www.ti.rw.fau.de/open-positions/student-assistant-self-organizing-scenarios-mosaik/
Abstract
In the BMBF funded research project MOSAIK we are investigating methods for aggregating software components in a flexible and self-organized manner. Therefor we need some exemplary self-organization scenarios (e. g. ant colonly foraging, self-organizing traffic lights, etc.) to be implemented using our Framework (including our Linked Data processing system Linked Data-Fu.
Data
- Starting date: At earliest convenience
- Hours per month: 20h – 40h
Tasks
- Implementing interesting self-organization scenarios
- Possibly additional tasks in the scope of the MOSAIK project
Beneficial Skills
- Familiarity with the concepts of self-organization and emergence
- Familiarity with Linked Data, RDF and other Semantic Web technologies