Sentence examples for situations were defined as from inspiring English sources

All other situations were defined as radiologically stable disease.

All other situations were defined as stable disease (SD).

Fairly characterized, used for intermediate situations, were defined as where diagnosis was based on signalment, clinical examination and basic diagnostic investigation (i.e. blood tests) with some cases having had advanced brain imaging and/or CSF analysis.

Flow situations were defined as an exact match between a high challenge and skill estimation and logistic regression models were used to study different variables association to flow situations.

In accordance with Ellis, Voelkl and Morris [ 25], flow situations were defined as challenge and skill estimation of five or higher on a ten-graded Likert scale (0-9), and an exact match between the two estimates.

Within this theory, situations are defined as abstract objects that encode states of affairs (taken as 0-ary properties); and impossible worlds are taken as maximal situations that are not possible, that is, such that it is not possible that all the states of affairs encoded by them simultaneously obtain.

This approach is particularly true in Axiomatic Design to the point that inability to simplify and understand a situation is defined as complexity.

Using Method III, whenever target identification is not carried out, the situation is defined as the loss of a target.

This situation is defined as a NWLB problem. Figure 3 shows the NWLB problem; the GPSR protocol has defined node y at position ly 1as a routing node since node y is clearly the neighbor closest to destination d.

With Method I or II, when a target is not identified and there is no one in Region A, the situation is defined as the frame when a target was lost.

Based on the von Mises yield criterion, the yield function f for uniaxial loading situation is defined as: fleft sigma, alpha, R,kright)=left|sigma -alpha right|-R-kle 0, (7)where α is the non-linear kinematic hardening variable, R is the isotropic hardening variable and k is the initial value of the yield stress.