Sentence examples for occupation distribution from inspiring English sources

Our approach does not impose an identical occupational distribution on immigrant and native-born workers but uses the native-born field of study–occupation distribution to define immigrants' occupational match.

It can also randomly subsample inputs and includes a Halo Occupation Distribution model for constructing mock galaxy populations.

Some concern might arise that the occupation distribution of potential fathers and real fathers are imperfectly matched.

This effect is taken into account when the so-called Halo Occupation Distribution models are used to fit the correlation function shape (Peacock and Smith, 2000; Seljak, 2000; Berlind and Weinberg, 2002).

When it comes to immigrants, however, using NHRIC dummies in specifications (2) and (3) calculated for the native-born field of study–occupation distribution, and not that of immigrants, provides us with the desired exogeneity in relatedness.

One would expect that, if the underlying reasons are transitory, the resulting mismatch would subsequently enhance occupational mobility (Green 1999), so that, similar to immigrants to Canada (the USA or the UK), the field of study–occupation distribution of internationally educated immigrants would shift in the long run toward that of native-born workers.

Our mismatch indicator is based on the minimum and maximum skill requirements by occupations, which are estimated as the minimum ((widehat {min}_{j})) and maximum ((widehat {max}_{j})) of the country-occupation distribution of proficiency for those workers who report neither feeling the need of training nor feeling to be able to do more demanding jobs.

In Section 5, the 95th and 5th percentiles of the within-occupation distribution of skill endowments among workers who neither feel the need for further training nor feel capable of doing more demanding jobs are used as estimators of max j and min j, respectively.

Thus, a different occupation category distribution has negligible impact on estimates.

The single-particle occupation probability distribution along the channel length allows the determination of the potential energy generated by the optical line trap.

Within an occupation, the distribution of earnings is affected by the selection of workers into that occupation, as determined by 'the association existing between any individual's performance in the two occupations' (Roy, 1951, p. 494).