Sentence examples for valid construction from inspiring English sources

In conclusion, this translated and validated Spanish version of the iHOT-33 has a valid construction; it has also high reliability, feasibility and has a large sensitivity to change with significant internal consistency in patients with hip disability.

The paper presents the structural and environmentally sustainable aspects of bamboo as a valid construction material.

Moreover, by combining the Constraint Satisfaction Approach with discrete-event simulations, it is possible to guarantee that only valid construction schedules will be generated (Beißert et al. 2007).

The application of the constraint-based simulation approach enables the utilization of discrete-event simulation for the generation of valid construction schedules that neither violate precedence nor resource constraints (Beißert et al. 2007).

The empirical distribution of such statistics is then used to compute standard errors that are asymptotically valid by construction.24.24

This is repeated to generate a set of null 'constructions' from which valid empirical construction-wide P-values and FDRs are determined.

The feature of (3) that guarantees that every instance of it will be valid is its construction in such a manner that every uniform way of replacing its variables to make the premises true automatically makes the conclusion true also, or, in other words, that no instance of it can have true premises but a false conclusion.

Such an optimization-aided material and energy flow analysis facilitates the systematic exploration of the decision-makers action space and thus supports the construction of valid optimization models.

However, valid and reliable test construction requires large samples recruited across multiple sites and settings (ideally multiple countries), reflecting the full range of BD symptomatology, including those who are currently euthymic.

We acknowledge this is a significant challenge, but argue that it must be met for ethical and economic reasons that are ultimately rooted in modellers' construction of valid models.

The in silico metabolic phenotypes predicted based on this analysis fit well with the fermentation performance of the engineered strains, KAM3 and KAM11, which confirmed that EFM analysis is valid to direct the construction of Saccharomyces cerevisiae engineered strains, to increase the ethanol yield.