Sentence examples for under the finite buffer from inspiring English sources

However, the same relative comparison is indeed load sensitive under the finite buffer traffic model.

However, under the finite buffer model, the CDFs of the user throughput for both α values cross at approximately 10th percentile and the tails of both CDFs approximate to each other.

The main reason behind this difference in the trend is that, under the finite buffer traffic model, increasing the priority of users under good channel conditions does not always degrade the throughput of users with poor channel conditions because the former ones finish their data transmissions and departure from the system thereby releasing the bandwidth resources.

We consider that the results obtained under the finite buffer model are more generalizable than those obtained with the full buffer because the latter disregards the fact that in a realistic OFDMA network all users do not simultaneously request the download/upload of an infinite amount of data.

Moreover, the relative comparison of KPIs, such as the average user throughput or the user throughput at 5% outage, between versions of the α-fair gradient scheduling algorithm (with different fairness levels) is insensitive to the network load under the full buffer traffic model, but sensitive under the finite buffer traffic model.

The relative comparison of key performance indicators (KPIs), such as the average user throughput or the user throughput at 5% outage, between versions of a gradient scheduler with different fairness degrees is insensitive to the network load under the full buffer traffic model, but sensitive under the finite buffer traffic model.

In particular, this article has evaluated if the properties and trends of utility-based scheduling under the full buffer model also hold when the finite buffer is applied.

The reason is that, with the finite buffer model, giving more resources to users under favorable channel quality conditions (α < 1) reduces their alive time, and therefore users with poor channel quality can get sufficient resources after the departure of the favorable ones, whereas, in the case of full buffer model, users are always competing for resources.

Section 4 presents the full buffer and the finite buffer traffic models as well as KPIs.

When the finite buffer model is applied, the gradient scheduling algorithm does not keep this property.

User scheduling: Firstly, the user scheduling scheme is considering the finite buffer size.