InfoProjects focus on software development to support our research. Topics most likely revolve around significant improvements to our Network Calculus tool, the NCorg DNC. However, prior knowledge in Network Calculus is not required.
Prior knowledge in graph theory, Java, and networking is (very) advantageous for successfully concluding a project.
TimingEach project is handed out on an individual basis, on an individual time line.
Language of InstructionWe exclusively teach in English.
Project @DNet as Group WorkIn contrast to final theses, projects can be taken as a team of students.
Git and GitLabWe will use the RUB GitLab server extensively for the project. Please make sure that you are sufficiently proficient in git and GitLab.
InquiriesContact our (internal) team members personally for additional project topics or send an email to this address.
Please send all inquiries in English only.
- Port the NCorg DNC graph backend to an external library, expose and test newly obtained features (visualization, export/import, graph algorithms for routing, etc.)
- Implement Generalized Finitary Real-Time Calculus
- Convert the NCorg DNC’s recursive backtracking of flow dependencies to an iterative algorithm
- Enable the NCorg DNC to derive, evaluate, export/import the (min,plus)-algebraic term that bounds the worst-case end-to-end delay
- Implement application-specific modeling capabilities along with a GUI, e.g., for automotive Ethernet or TSN
- Implement pipelines for automated numerical evaluations and benchmarks of the NCorg DNC and related tools
The WCPE project will officially count as one of the following modules, depending on your study program. Thus, there is no individual module entry for WCPE or list of past projects.
- 2022 examination regulations
- Module “Practical Training” (module entry)
- 300 to 450 work hours, 10 to 15 CP
- 2022 examination regulations
- Module “Project” (module entry)
- 300 work hours, 10 CP