In this project, we address various issues related to the synthesis, modeling, analysis and implementation of embedded systems in `real` industrial settings. This project can be described as the second phase of the DOORS project, since many of the industrial issues addressed here has arisen out of problems faced and our experiences during that project. The project includes:
- Architecture design and analysis, that is, how is an architecture for an embedded system designed and analyzed with respect to both functional and non-functional properties.
- Definition of new architecture description languages with a precise syntax and semantics to enable both analysis and synthesis to a resource structure.
- Mapping of architecture to a resource structure, especially we are studying an unified approach to priority assignment for fixed priority systems.
- Development of new scheduling algorithms, which could provide `optimal` performance in terms of control performance (rather than just feasibility). Another objective is to provide sufficient motivation for the industry and help them to select the `right` scheduling paradigm suitable to the application domain and task timing characteristics.
- Fault modeling and studies on the effects of errors on timing analysis
- Development of tools, which supports analysis as well as synthesis to resource structures.
[Show all publications]
Enforcing Temporal Constraints in Embedded Control Systems
(Apr 2002) Kristian Sandström
Managing Complex Temporal Requirements in Real-Time Control Systems
(Apr 2002) Kristian Sandström, Christer Norström 9th IEEE Conference on Engineering of Computer-Based Systems
Managing Temporal Constraints in Control Systems
(Apr 2002) Kristian Sandström, Christer Norström
TleBit - Tänkande Lego-Bit
(May 2001) Stefan Benediktsson
Findings from introducing state-of-the-art real-time techniques in vehicle industry
(Jun 2000) Christer Norström, Kristian Sandström, Jukka Mäki-Turja, Nils-Erik Bånkestad In industrial session of the 12th Euromicro Conference on Real-Time Systems, Stockholm, Sweden,2000
Hard Real-Time in a Soft World
(Jan 2000) Hans Hansson, Christer Norström, Sasikumar Punnekkat