CESAR
| Reference number | |
| Coordinator | Volvo Technology AB |
| Funding from Vinnova | SEK 1 907 414 |
| Project duration | December 2008 - June 2012 |
| Status | Completed |
Important results from the project
CESAR addresses the industrial needs for embedded system development for safety relevant applications by developing ultra-reliable embedded components for use in an extremely competitive global market requiring drastic cost reductions. The main objectives of CESAR consider both process improvement as well as the establishment of an overall Reference Technology Platform (RTP) for safety-critically development of embedded systems.
Expected long term effects
CESAR covers the whole product lifecycle (design, verification and validation, diagnosis in operation) and impacts of the result are: * Reduced lead time and time to market * Reduced Non Recurring Costs (redesign, V&V activities costs, ) * Improved maturity at entry into service (EIS) * Easier introduction of technological breakthroughs while minimizing risks * Re-enforcement of product lines concepts * Reuse approach in design, V&V and certification/qualification processes * Efficient management of HW and SW obsolescence * Increasing availability and long term support for the tools
Approach and implementation
The objectives will be achieved by the following measures: * Creation of the European cross-sectoral standard reference technology platform (RTP) providing meta-models, methods, and tools for safety-relevant hard-real-time system development; * Support of holistic multi-criteria end-to-end design flows from system conception and requirement capturing to system realization based on a standardized formal requirement capturing language; * Provision of guidance for the optimization and assessment of systems/multi-systems architecture choices with respect to business and operational criteria (cost, safety, reliability, minimization of system interfaces, response times mass ); * Provision of complete encapsulation and full design re-use through multi-criteria rich component models; * Provision of a suite of multi-criteria design, analysis and validation methods supporting consistency analysis, safety analysis, verification and validation.