Sentence examples for traffic of the class from inspiring English sources

While introducing priorities, the operator should take into consideration the fact that an increase in the volume of traffic of the class with the highest priority will result in a decrease in the amount of resources available for calls of the remaining traffic classes.

The blocking probability of the first class (left [E_{1}right ]_{2}^{P}) and the carried traffic of the first class (left [Y_{1}right ]_{2}^{P}) in the system with priorities will be equal to the blocking probability [E 1]1 and carried traffic [Y 1]1, respectively, in the system in which only the calls of the first class are serviced.

This routing architecture allows the aggregation of traffic of the same class and provides QoS guarantees across heterogeneous wireless wired edge networks.

The relationship between the carried traffic of the second class (left [Y_{2}right ]_{2}^{P}) and the offered traffic [A 2]2 is determined by the following dependence: left[Y_{2}right]_{2}^{P} = left[A_{2}right]_{2}left[t_{2}right]_{2}left(1 - left[E_{2}right]_{2}^{P}right).

Pharmacological interventions can improve protein folding, reduce aggregation and improve the traffic of the P23H Class II misfolding rod opsin mutant (12).

In the last step, we consider the traffic of the call classes [A 1] M and [A 2] M by determining appropriate characteristics of the considered traffic using directly Formulas 34 and 35.

In the first step, class M (according to the indexing system, has a lower priority, whereas the remaining M−1 classes form classes with a higher priority and "push out" traffic of class M. In the successive steps, traffic of class i has the lowest priority, whereas traffic of the remaining i−1 classes forms the class with the higher priority.

To reduce the inter-class effects, the premium-class routing algorithm must be carefully selected such that (1) it works correctly (i.e., without loop) under the hop-by-hop routing paradigm; and (2) the congestion resulted from the traffic of premium class over the network becomes minimum.

It is worth mentioning that in this model the input traffic of the BE traffic class is not totally independent from its higher-priority traffic classes.

The intensity of the offered traffic of a given class does not depend on the type of the interface and can be expressed by Formula 4. Observe that due to the non-linear dependence between the noise load and bit rate (Eq. 5), the number of allocation units necessary for a connection of a given class to be set up will be different in the radio interface and in the Iub interface.

In Eq. 29, parameter [Y]2 defines the total traffic carried in a system that services two classes of calls, whereas [Y i ]2 defines the carried traffic of class i in a system that services two classes of calls.