Sentence examples for capacity variance from inspiring English sources

The elements of this system mutually influence each other, and this fact, in conjunction with the random imperfections, influences the load-carrying capacity variance.

This is indicated by the measurements of the channel capacity variance, also shown in the same figure plotted with reference to the right-hand y-axis.

For the real time applications, authors propose spectrum decision with the objective of total capacity variance minimization, while for the best effort applications objective is network capacity maximization.

Unfortunately, for N*Nakagami-m channels, closed-form analytical expressions for the mean channel capacity, variance of the channel capacity, and the outage capacity given by (10), (11), and (13), respectively, are very difficult to obtain.

The baseline algorithm is called the EV-DO power control algorithm and we refer readers to see the section "Uplink power control in EV-DO Revision-A" in Appendix for details. Figure 6 Comparison of GOP level distortion of the baseline Foschini-Miljanic algorithm with the CADF scheme, both with and without heuristics, for different channel capacity variances.

Figures 4 and 5 also illustrate the effect of spatial correlation on the mean channel capacity and variance of the channel capacity, respectively, of Nakagami-m channels with MRC and EGC.

It can be observed that the mean channel capacity and the variance of the capacity of Nakagami-m channels are quite different from those of Rayleigh channels.

Moreover, an increase in the severity of fading results in a decrease in the mean channel capacity; however, the variance and ADF of the channel capacity increase.

For comparison purposes, we have shown the results for the mean channel capacity and the variance of the capacity of spatially correlated Rayleigh channels with MRC and EGC (obtained when m l = 1, ∀l = 1, 2,..., L).

It is observed that for both MRC and EGC, an increase in the number of diversity branches L increases the mean channel capacity, while the variance and the ADF of the channel capacity decrease.

It is also observed that for both MRC and EGC, an increase in the number of diversity branches increases the mean channel capacity, while the variance and ADF of the channel capacity decrease.