Sentence examples for performance of complex systems from inspiring English sources

The conventional multi-state theory is used to assess the fundamental problems of the performance of complex systems.

Reliability and availability analyses are recognized as essential for guiding decision makers in the implementation of actions addressed to improve the technical and economical performance of complex systems.

Among various available soft computing techniques, neuro-fuzzy technique which is a hybrid of fuzzy logic and neural network, has widely used for the performance of complex systems for which analytical formulae can not be framed.

Conceptually there is no basis to expect that training alone would influence the performance of complex systems in the absence of contributing factors such as appropriate technology, resources, leadership, favourable internal and external conditions, conducive formal structure and most importantly supportive organizational culture.

dimensioning and evaluation of performances of complex systems arc perfonned.

Performance assessment of complex systems is ideally done through full system-level testing which is seldom available for high consequence systems.

This work focuses on the numerical analysis of FCMOM and its implementation in ANSYS Fluent CFD code to probe its performance in simulations of complex systems using the multiphase CFD approach.

The results not only reflect that the structural theory is a powerful and effective tool for performance evaluation of complex system, but also prove that the micro-trigeneration system is efficient in utilizing the low-grade waste heat.

The main contributions of this research include: (a) development of three new system performance metrics that describe desired properties of complex systems; (b) design of algorithms that use the metrics to identify critical nodes; and (c) analysis of characteristics of the metrics and algorithm complexity.

The control systems of the brain seem to embody the principles of complex systems, encouraging resilient performance.

That being said, it is a fundamental tenet of sociotechnical approaches that performance and safety are each essential aspects of complex systems, and factors that influence one will, in nearly all cases, have significant implications for the other (e.g. Dul et al. 2012).