Student Projects
Protocol Comparison with the Oshiya Demo Application
In the proposed project, the existing Oshiya demo application shall be extended in order to support the concurrent execution of two scheduling protocols allowing to compare their executions. These features shall be designed and implemented in a way that they emphasize the characteristics and advantages of Oshiya. This task includes requirements analysis, conceptual design, implementation and testing.
Status: open
Type:
- Vertiefungsarbeit/Facharbeit/BSc/MSc
Student:
Supervisors:
Christian Tilgner, Prof. Dr. Michael Böhlen
Snapshots for the Oshiya Demo Application
In the proposed project, the existing Oshiya demo application shall be extended in order to support the execution of multiversion concurrency control protocols such as Snapshot Isolation. These features shall be designed and implemented in a way that they emphasize the characteristics and advantages of Oshiya. This task includes requirements analysis, conceptual design, implementation and testing.
Status: open
Type:
- Vertiefungsarbeit/Facharbeit/BSc/MSc
Student:
Supervisors:
Christian Tilgner, Prof. Dr. Michael Böhlen
Implementating a Workload Generator and Statistics Engine for the Oshiya Demo Application
In the proposed project, an existing demo application for the Oshiya scheduling model shall be extended by a workload generator, a statistics engine and a correctness checker. These features shall be designed and implemented in a way that they emphasize the characteristics and advantages of Oshiya. This task includes requirements analysis, conceptual design, implementation and testing.
Status: ongoing
Type:
- BSc
Resources:
Student:
- Robert Dewor, 25.07.2011-24.01.2012
Supervisors:
Christian Tilgner, Prof. Dr. Michael Böhlen
Design and Implementation of a Demo Application for Smile
Within the scope of the proposed project, a demo application for Smile (our declarative scheduling middleware) shall be planned and implemented. This includes requirements analysis, conceptual design, implementation and testing. The demo application shall illustrate the operating mode of our scheduling approach.
Status: ongoing
Type:
- Facharbeit
Resources:
Student:
- Michael Hartmann, 24.03.2011-23.09.2011
Supervisors:
Christian Tilgner, Prof. Dr. Michael Böhlen