MDC is based on the standard error of measurement and calculated at a 95% confidence interval (MDC95) using the formula of: Standard error of measurement × √ n × 1.96, (1) where the standard error of measurement is derived from the square root of the mean square error term in the repeated measures analysis of variance and √n is the number of measurements used.
Munro et al. [10] presented an approximate formula of transmission error considering corner contact due to manufacturing and assembly errors.
For example, an incumbent who has nine keys scored in his favor — as Mr. Obama has now — has about a 79 percent chance of winning re-election, given the formula's margin of error.
By utilizing a Lyapunov Krasovskii functional and some stochastic analysis execution, we obtain the stability formula of the estimation error systems in the structure of linear matrix inequalities under which the estimation error dynamics is robustly exponentially stable.
The calculation formula of non-linear error caused by the strain gradient was derived.
Establish the formula of inventory reconciliation error under the dynamic steady condition during storage and transportation process.
An approximate formula of average symbol error probability (ASEP) for a DSTC system based on multi-user cooperation was found in[4].
By using of beam bending theory and strain electric measurement theory, the origins of the errors of the twin-cantilever measuring system were analyzed, and a synthetic error formula of the system was established, which contains four components, the contact offset error, the tilt error, the Abbe error and the implicated error.
Otherwise, we used the propagation of error formulas and normal approximation to form a 95% CI around the logarithm of the SHR, which we then transformed into a 95% CI around the SHR.
Otherwise, we used the propagation of error formulas and normal approximation to estimate a 95% CI around the logarithm of risk ratio, thereafter transforming it into a 95% CI around the risk ratio.
