In the typical use case interest focuses around a limited number of values, these are primarily performance factors (cpu, memory, transactions, requests etc), application behaviours (error rates, logs, status codes etc) and user behaviour (click through rates, time per page etc).
Table 1 illustrates handling behaviour for errors related to faults, according to the failure mode and the assumed fault latency.
These equalities did not hold in these experiments, due to samples deviating from orthotropic behaviour or errors inherent in the method of measurement.
A certain level of self-correction took place during the installation: as the system relied on the material's natural bending behaviour, installation errors that deviated too far from the 'exact' simulated digital geometry would become impossible as the real-world material would fight back to find its balance.
In work environments with high time pressures and high stress potential, e.g. in emergency departments, this may result in poor infection control behaviour, medical errors or the compromising of patient safety [ 16, 18, 19].
A particularly import condition is for such systems to provide adequate behaviour in error-prone environments.
Circuit simulations show that the PLL performance parameters: settling behaviour and error cycles of PLL are strongly correlated to the number of delay stages used in the VCO.
Although one can quantify the difference between the behaviours using error integrals, avoiding such deletions will reduce the computational effort in making the choice of complexes to be deleted.
On the basis of determined non-linear behaviour of geometric errors of demonstrator, it was necessary to parametrize the working space of 16 geometric errors.
The motorcyclist's behaviour: trajectory, performance, errors, effective riding time, actions (starting, falling, turning…) and verbalizations.
