Exact(4)
Dependability evaluation of embedded systems due to the integration of hardware and software parts is difficult to analyze.
The justification for using these instruments in safety applications is not fully proven and the dependability evaluation of such systems is not trivial.
MMB & DFT 2014 cover all aspects of performance and dependability evaluation of systems including networks, computer architectures, distributed systems, workflow systems, software, fault-tolerant and secure systems.
It is about 700 pages and is quite complete since it covers all the aspects of the dependability evaluation of such systems.
Similar(56)
Chapter 2 reviews all the aspects of dependability evaluation from the measurement-based evaluation to the model-based evaluation which is the heart of the book.
It also contains several examples of system dependability evaluation.
However, the dependability evaluation methods that are currently exploited are not appropriate, given the level of complexity of such industrial systems.
Security, dependability evaluation, security evaluation, performability evaluation, stochastic modeling.
Dependability evaluation is crucial to controlling the risks associated with system failure, and for this reason, it is one of the fundamental steps in automated system design.
Dependability evaluation is an important issue in designing and exploiting embedded systems.
In industry, performing dependability evaluation along with other analyses allows anticipating and making trade-offs.
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