Sentence examples for random concerning from inspiring English sources

Ten teams submitted predictions that were significantly better than random concerning at least two of the three applied performance measures.

Andy Mangione is not just a random concerned citizen.

Another related source of risk is the information associated with the random time concerning resulting payments, the price impact, the loss given default or the recovery rate, etc. Measuring these random quantities is, in general, difficult since the relevant information on the underlying firm is often not accessible to investors on the market.

The notion of h-integrability for an array of random variables concerning an array of constants { a n k } is as follows.

In this paper, a new concept of weighted integrability is introduced for an array of random variables concerning an array of constants, which is weaker than other previous related notions of integrability.

Ordóñez Cabrera and Volodin [6] introduced the notion of h-integrability for an array of random variables concerning an array of constant weights, and proved that this concept is weaker than Cesàro uniform integrability, { a n i } -uniform integrability and Cesàro α-integrability.

Ordóñez Cabrera and Volodin [13] introduced the notion of h-integrability for an array of random variables concerning an array of constants { a n k } and showed that this concept is weaker than Cesàro uniform integrability, { a n k } -uniform integrability and Cesàro α-integrability.

In Section 2, we introduce basic concepts concerning random dynamical systems and random attractors for non-autonomous random dynamical systems.

Note that, by (29), the random variables concerned in (14) and (28) have finite moments of each order.

Regarding the model selection concerning random effects for the variable SurvStarv, one can note that the removal of one of the random effects either 'sex.family' or 'food.family' did not worsen significantly the fit of the model while the removal of both effects led to a model significantly worst (LRT = 11.8 P = 0.01).

We further refer to [27] for relevant results concerning random dynamical systems.