While very high reliability scores (ICCs 0.91-0.98) wereportedted for all Function scales, a wider range of reliability was reported within the Disability component (ICCs 0.44-0.82).
The material properties show a wide range of desirable reliability and processability, which are highly dependent on the composition of the monomers in the mixture.
The proposed GRIMs and computational procedure are expected to provide more reliable measures for a wide range of component and system reliability problems.
This basic result holds over a wide range of assumptions about robot reliability, sensor range, tracking ability.
The CSP method is illustrated by numerical examples, and successfully tested by examples covering a wide range of system event types, reliability indices, number of components, and correlation properties.
We do not consider here the third possible approach to estimating NP toxicity, computer simulation, because the pathways and mechanisms of the toxic effects of NPs are not known well enough for a computer model to predict the consequences of interactions between NPs and living matter for a wide range of NPs with sufficient reliability.
The proposed method has a wide range of applications in high-reliability, high-speed, and precise suspension systems.
At present, with different methods for stochastic reaction diffusion simulation within complex boundaries essentially producing the same results for a wide range of biological conditions, software efficiency, reliability and ease of use are often the most important considerations for a modeler.
Key technical issues include: the quantification of reliability over a wide range of conditions: economics, speed of action, plant ageing, demonstration of technical feasibility, in-service testing, ease of maintenance and minimization of personnel radiation exposure.
