First, we assume that Adjuvant! is indeed a gold standard for 10-year local therapy outcomes against which patient estimates can be evaluated.
(2) Not only is the pile bearing capacity estimated, but the accuracy of the estimation can be evaluated.
Then estimated causal effect can be evaluated by comparing potential outcomes for the "hypothetical" population of patients who would be continuously exposed to dose A vs. B up to a given time point, even if contrary to the fact.
We obtain the following inequalities: Adding up by columns, we have the following: Using the inequalities (1) again, we estimate the sums in LB and UB as Therefore, the expressions in (7) can be estimated as The sum of squares can be therefore estimated as The sample variance can be evaluated from the computational formula We can estimate using (10) and using (4).
There will be much variation in divergence estimates across proteins; however, confidence in alignment can be evaluated by comparing these estimates to other proteins.
The estimates presented in table 7 can be evaluated by comparison against experimental results.
For example, it was demonstrated in [28] that the power estimate of the near-end signal can be evaluated as begin{array}rcl@ widehat{sigma}_{v}^{2}(n) = widehat{sigma}_{e}^{2}(n) - frac{1} { widehat{sigma}_{x}^{2}(n)} widehat{mathbf{r}}_{emathbf{x}}^{T}(n) widehat{mathbf{r}}_{emathbf{x}}(n), end{array} (56).
But only when demand can be reliably estimated, a possible price for bidding can be evaluated by the operators.
The solution of this ST-MMSE minimization problem,, estimating the data vector at delay, can be evaluated to be [29, 30], (3).
The CV process gives the estimated summary measures, and its variation can be evaluated using bootstrap procedures.
