Sentence examples for the fair functioning from inspiring English sources

And for poor kids who need help the most, this lack of access to preschool education can shadow them for the rest of their lives.Enhancing what Rawls calls "background justice"—the fair functioning of social institutions necessary for true equality of opportunity is the moral impetus behind Mr Obama's proposal.

"The credibility and the fair functioning of the neighborhood matter a great deal.

The systemic problems cited by the plaintiffs threaten the fair functioning of the criminal justice system.

For more than 200 years, no state or federal judge has been impeached to punish a judicial opinion — a record that has helped preserve the fair functioning of the courts.

Did the investigators consider a biopsy prior to planning a nephrectomy for a fair functioning kidney?

The patient has fair function of both hips, and is working at a job requiring standing from four to six hours a day.

As described in [14, 27, 34, 35], the application of the α-fair function as a utility function in the objective (11) leads to a resource allocation where the parameter α controls the degree of fairness of the allocation.

However, when the finite buffer traffic model is used, the maximization of the average utility does not hold for α = 1, but it is rather increased as α → 0. Figure 3b depicts the average utility when the utility function is the α-fair function with α = 0.5 (see (22)) reaching a similar conclusion.

Let us consider the α-fair function as the utility function to be used in (11).

For these reasons, we choose to schedule the traffic mapped on non-GBR bearers with a utility maximization scheduling discipline where the utility function is the α-fair function [16].

Then, assuming that the α-fair function is selected as utility function, the gradient scheduling algorithm that maximizes the aggregate utility over all users should compute the priority of user k in subcarrier s and TTI n as: P k n, s = ∂ U α ( r ) ∂ r r = r k n - 1 ¯ ⋅ R k n, s = r - α r = r k n - 1 ¯ ⋅ R k n, s = R k n, s r k n - 1 ¯ α (16).