Sentence examples for resilience evaluation from inspiring English sources

Develop a framework for resilience evaluation of self-adaptive software systems based on our technique for evaluating the robustness of controllers.

Resilience evaluation methods mainly are MSE decision comprehensive index (Shang et al. 2011), analytic hierarchy process (Sun et al. 2011), fuzzy mathematics comprehensive evaluation (Zhao 2009), and variation coefficient method (Chen and Duan 2010).

Other approaches deal with resilience evaluation through quantitative analysis using probabilistic model checking [16], considering the system environment as the only source of change and leaving out changes that are internal to the system.

The primary contribution of this paper is the definition of an approach for evaluating the robustness of controllers, which is part of a bigger initiative that is looking into the resilience evaluation of self-adaptive systems.

The proposed framework could be used to rapidly evaluate whether a damaged building remains structurally safe to occupy after a seismic event and can be implemented as a subroutine in community resilience evaluation or building lifecycle performance assessment and optimization.

This work will be based upon previous work conducted on resilience evaluation of self-adaptive software systems [7, 16] and will enable us to explore how robustness issues in the controller can influence the resilience of the overall self-adaptive system Extend our robustness evaluation approach into the internal components of the controller that implement the MAPE-K loop.

Given significant improvement in gas separation performance as well as hydrothermal and chemical resilience, the evaluation of inorganic microporous membranes under industrial conditions is expected in the next step.

This novel approach aids the systems architect in considering resilience for the evaluation of architectures for adoption into the final system architecture.

The concepts of disaster resilience and its quantitative evaluation are presented and a unified terminology for a common reference framework is proposed and implemented for evaluation of health care facilities subjected to earthquakes.

These measures are then combined into a holistic evaluation of resilience for the command and control system under study.

The evaluation of resilience and vulnerability is aggravated by the multifaceted attributions both concepts have accumulated over the years in different disciplines.