Sentence examples for possibility of verification from inspiring English sources

Practical mechanisms for procurement involve bidding, negotiation, transfer payments and subsidies, and the possibility of verification of unobservable product and service quality.

Others maintain that realism is committed, in addition, to a distinctive (and tendentious) conception of truth [Putnam 1981 , 1985 1992; Wright 1991] or, more radically, that realism just is a thesis about the nature of truth that truth can transcend the possibility of verification, ruling statements for which we can gather no evidence one way or the other to be determinately either true or false.

At last, there is a possibility of verification bias as, because of the study protocol, not all of the 256 women had a histological end point.

The system model assumes the possibility of a verification of psychomotor status in the workplace directly on the job, not relying on the test results to resume work and only allowing the diagnosis of an undesirable condition.

Although the above points are of great relevance, they lack the possibility of historical verification and are mainly based on the comparative and critical assessment of Sophocles' and Thucydides' work.

These transformations offer the possibilities of formal verification and testing against formal specifications, as well as automatic generation of executable programs from specifications.

Further insight into the disorder could be obtained from periodic ab initio calculations, 62) but the possibilities of experimental verification are very limited without neutron diffraction data.

To exclude the possibility of a partial verification bias, we assessed whether the whole sample or a random selection of the sample received verification by means of colonoscopy: we accepted a sample of at least 90% receiving the reference test as complete verification (e).

Moreover, this approach does not allow the possibility of automated design verification and validation against the design requirements and specifications.

This approach is based on a formal notation, giving quantitative results which may be checked by designers and which provide the possibility of performing mathematical verifications on the models.

When dealing with the verification of non-uniform members in general, with tapered cross-section, irregular distribution of restraints, non-linear axis, castellated, etc., the code mentions the possibility of carrying out a verification based on 2nd order theory; however, several difficulties are noted when doing so, in particular when the benefit of plasticity should be taken into consideration.