Dependable Control Systems Design and Evaluation
Dependable Control Systems Design and Evaluation
Remote handling (RH) is a key technology in the ITER fusion reactor. The controller systems used for performing mission-critical RH operations need to be dependable, as the fundamental requirement for the ITER RH system is a fail-safe and recoverable design. Additional design challenges include interoperability with systems and platform independence during ITER life cycle. Contributions are especially needed for development of cost-effective systems engineering (SE) practices and guidelines for fault-tolerant implementation. This paper addresses the issues by presenting a survey of industrial best practices and different fault prevention, tolerance, removal and forecasting methods. Based on the results, key findings to achieve dependable and cost efficient design include development a SE framework that supports reuse of components, models and analysis results; non-redundant fault tolerance; and use of commercial off-the-shelf hardware, operating systems and communication middleware.
Ulkoasu |
490818 |
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Kieli |
englanti |
Sarja | Conference on Systems Engineering Research CSER |
Aiheet |
213 Electronic, automation and communications engineering, electronics
213 Electronic, automation and communications engineering, electronicsHae aiheistaHae kaikista tiedoista |
Kuuluu kokonaisuuteen |