Networking independent systems allows for fulfilling a specific task in a coordinated fashion. The underlying message exchange needs to be specified correctly and in many cases needs to also provide non-functional aspects such as robustness, dependability and performance to a certain degree. This seminar will cover such topics in a conference-style setup.
- Audience: B.Sc. and M.Sc. students enrolled in one of the Faculty of Computer Science’s study programs
- Language of Instruction: English
- Supervisor: Prof. Dr.-Ing. Steffen Bondorf
- Course credits: 3 CP
- Grading Scheme
Students will learn to work with a either a technical or a scientific paper, understand its contents and its context, critically reflect on it, and will learn to present their findings in a concise fashion.
- get one of the eight place via the faculty’s central allocation system, you will then be enrolled in this seminar’s Moodle course
- kick-off meeting
- first common meeting where each participant gives a very brief overview over the assigned paper (approx. two weeks after kickoff meeting)
- individual meetings with supervisor during the semester (at least one of which will be mandatory)
- deliverables at the end of the lecture period: survey (text document) and presentation (slides and / or poster)
- conference day (i.e., seminar presentation day, second common meeting) in the lecture-free period
- 2025-04-10: 1st common meeting: Kickoff in MC 1/30 at 2pm
- 2025-04-24: 2nd common meeting: Overview presentations in MC 1/30 at 2pm
- Between 2025-05-22 and 2025-06-06: Individual meeting
- 2025-07-20: Submission of final deliverables
- Between 2025-08-21 and 2025-09-05: 3rd common meeting: Presentation Day (one full day, TBD)
Topic: research papers by Philipp H. Kindt
- Smart2: Smart Charging for Smart Phones
- ExPerio — Exploiting periodicity for opportunistic energy-efficient data transmission
- Schedulability Analysis for Processors with Aging-Aware Autonomic Frequency Scaling
- Adaptive online power-management for Bluetooth Low Energy
- Griassdi: Mutually Assisted Slotless Neighbor Discovery
- Neighbor Discovery Latency in BLE-Like Protocols
- Energy Modeling for the Bluetooth Low Energy Protocol
- Identifying the BLE Advertising Channel for Reliable Distance Estimation on Smartphones