Sentence examples for measurement procedure that from inspiring English sources

We have adopted the De Houwer definition of implicit measure as "outcome of a measurement procedure that results from automatic processes by which the to-be measured attribute causally determines the outcome" [ 66].

Objective: To investigate the reliability of a radiographic measurement procedure that uses a computer and sonic digitizer to determine projected spinal displacements from an ideal, normal position.

Unfortunately, it is only the least efficient measurement procedure that allows the sampling error to be predicted from the measurement itself.

It is shown that a peak in the decay rate just above the pinned pinned frequency may be overestimated because of the measurement procedure that has been used.

We can, for instance, settle disagreements by imposing the rule that the person who speaks first is always right or the person who is of higher social rank or by an agreed-upon measurement procedure that does not track absolute properties.

A prevailing statistical theory for the sampling errors in point measurement is re-examined; it is shown that in actuality this theory applies to a measurement procedure that involves placing the points at random on the surface, but not to the more conventional procedure where the points are arranged in a regular array.

They evaluated the public health merits of the inclusion of these measures in NHANES, the quality of measurement procedures that past NHANES have used or are available for future NHANES, and the quality of the reference measurement procedures and materials available or under development.

The broad area of survey research encompasses any measurement procedures that involve asking questions about respondents.

Generalizability theory is a random sampling theory for examining the dependability of measurement procedures that has been heralded by many psychometricians as "the most broadly defined psychometric model currently in existence".

An additive representation is one in which addition is empirically meaningful, and hence also multiplication, division etc. Campbell called measurement procedures that satisfy the conditions of additivity "fundamental" because they do not involve the measurement of any other magnitude (1920: 277).

It is the possibility of designing more efficient measurement procedures that is the greatest potential contribution of this approach.