Sentence examples for delay allocations from inspiring English sources

This (r s, r c, N 1, S) 4-tuple is the one with best bandwidth and delay allocations.

Lastly, the gaps between the performances of the optimal delay allocation and various sub-optimal delay allocations decrease when the channel varies faster.

The candidate delay allocations we tested are summarized in Table 1, which were calculated based on Eq. (7). Figure 6 shows the CDF curves of the PSNRs for these delay allocations, and the areas under the CDF curves are plotted as the solid line in Fig. 7, where the x-axis is the interleaver delay budget expressed as a fraction of the total delay budget.

However, maintaining the same delay allocation is not necessarily desirable.

With a change in r s and r c, the optimal delay allocation may change.

One fundamental tradeoff in the cross-layer design of a communications system is delay allocation.

This implies that the delay allocation issue is more important when the channel varies slowly.

This implies that increasing S proportionately with r s will ensure that the same delay allocation is maintained.

One can relax this assumption, and study the effect on the delay allocation when noisy channel estimates are used.

We will discuss the delay allocation between the source encoder buffer and the interleaver in this and the next subsections.

Before we consider the tradeoff in delay allocation in wireless multimedia, we first study the effect of interleaver design without a delay budget restriction.