Sentence examples for satisfy the flow from inspiring English sources

Resultant topology control graph is used in the second phase where maximum available residual capacity paths to satisfy the flow demands are selected.

If TU av ≥ TU f, then the node has enough available bandwidth to satisfy the flow requirements and thus the partial admission control is achieved; otherwise, the node has not enough available bandwidth and thus the RREQ is dropped.

We show that the solutions for the differential equation satisfy the flow property quasi-everywhere and we obtain the equivalence of capacities under the transformations of the Wiener space induced by the solutions by using the quasi flow property.

The outlet header is divided into four basic combining flow manifolds and an iterative procedure has been adopted to satisfy the flow and pressure conditions at each junction point between two successive manifolds by solving the pressure-flow equation set for each manifold.

The system is chaotic when all the Lorenz parameters are greater than zero and satisfy the flowing constraints: left{begin{array}{l}sigma >b+1 r>frac{sigma left sigma +b+3right)}{sigma -b-1}end{array}right. (3).

To satisfy the velocity boundary conditions at the entrance and exit, the streamline function is designed in the normal form of r η, z), which satisfies the flow conditions and the rigid-plastic boundaries.

In the case Dturn/Dtube= 1.5, where the pressure drop was the smallest, the pressure drop was higher by 9% compared to the pressure drop constraint (1 bar), but the tube volume that satisfies the flow constraints decreased by 49%.

In situations where the VO2/DO2 relationship is satisfied, the flow is sufficient to wash out the CO2 produced by the tissue even if there is an additional anaerobic VCO2 [ 22].

This measure is normalized and satisfies the flowing properties: it is a metric, scaled invariant with differential weighting 18. N was defined as the number of cases and xij as observation of the subject i by observer j.

We used the degree of hydrologic alteration to evaluate the regime's ability to satisfy the e-flow requirements of riverine ecosystems, and used water supply reliability to evaluate the ability to satisfy human needs.

An ideal solution should satisfy the necessary air flow distribution and a predefined objective.