Add to ORKGMeasurement-based timing analysis approaches are increasingly making their way into several industrial domains on account of their good cost-benefit ratio. The trustworthiness of those methods, however, suffers from the limitation that their results are only valid for the particular paths and execution conditions that the user is able to explore with the available input vectors. It is generally not possible to guarantee that the collected measurements are fully representative of the worst-case timing behaviour. In the context of measurement-based probabilistic timing analysis, the Extended Path Coverage (EPC) approach has been recently proposed as a means to extend the representativeness of measurement observations, to obtain the same effec...
Traditional practice within railway maintenance is based on engineering knowledge and practical expe...
Introduction The work described in this extended abstract is being undertaken as part of the EU-fun...
Timing is a key non-functional property in embedded real-Time systems (ERTS). ERTS increasingly requ...
Measurement-based timing analysis approaches are increasingly making their way into several industri...
Measurement-based timing analysis approaches are increasingly making their way into several industri...
Measurement-based probabilistic timing analysis (MBPTA) computes trustworthy upper bounds to the exe...
The use of increasingly complex hardware and software platforms in response to the ever rising perfo...
The rigorous application of static timing analysis requires a large and costly amount of detail know...
The rigorous application of static timing analysis requires a large and costly amount of detail kno...
Timing Verification is a fundamental step in real-time embedded systems, with measurement-based timi...
Over the last few years, considerable interest has arisen in measurement-based probabilistic timing ...
The unabated increase in the complexity of the hardware and software components of modern embedded r...
Timing Validation and Verification (V&V) is an important step in real-time system design, in which a...
Probabilistic Timing Analysis (PTA) in general and its measurement-based variant called MBPTA in par...
Traditional practice within railway maintenance is based on engineering knowledge and practical expe...
Introduction The work described in this extended abstract is being undertaken as part of the EU-fun...
Timing is a key non-functional property in embedded real-Time systems (ERTS). ERTS increasingly requ...
Measurement-based timing analysis approaches are increasingly making their way into several industri...
Measurement-based timing analysis approaches are increasingly making their way into several industri...
Measurement-based probabilistic timing analysis (MBPTA) computes trustworthy upper bounds to the exe...
The use of increasingly complex hardware and software platforms in response to the ever rising perfo...
The rigorous application of static timing analysis requires a large and costly amount of detail know...
The rigorous application of static timing analysis requires a large and costly amount of detail kno...
Timing Verification is a fundamental step in real-time embedded systems, with measurement-based timi...
Over the last few years, considerable interest has arisen in measurement-based probabilistic timing ...
The unabated increase in the complexity of the hardware and software components of modern embedded r...
Timing Validation and Verification (V&V) is an important step in real-time system design, in which a...
Probabilistic Timing Analysis (PTA) in general and its measurement-based variant called MBPTA in par...
Traditional practice within railway maintenance is based on engineering knowledge and practical expe...
Introduction The work described in this extended abstract is being undertaken as part of the EU-fun...
Timing is a key non-functional property in embedded real-Time systems (ERTS). ERTS increasingly requ...