Sentence examples for optimal power over from inspiring English sources

The optimal power over the k th frequency subchannel, at time m, is p k, m ∗ = − b ~ k, m + b ~ k, m 2 − 4 ã k, m c ~ k, m 2 ã k, m 0 p max ( k ) (10).

A second result is that, generally speaking, FAM-MDR has optimal power over PGMDR in virtual all considered simulation scenarios.

Due to the limited knowledge BSs receive from their users about the instantaneous channel conditions, it is not possible to perform optimal power allocation over subcarriers in a given subchannel and over data substreams transmitted over each subcarrier.

The simulation results have confirmed the ability of the proposed power allocation strategy to achieve the optimal power distribution over a range of realistic CR conditions.

Based on the channel sensing, up to a current time slot m0, our goal is to find out the optimal power allocation over a set of M successive time slots m = m0,m0 + 1,…,m0 + M−1.

The optimal power control over fading channels has been obtained in [1] in the context of information outage probability, which is defined as the probability that the instantaneous mutual information of the channel falls below the transmitted code rate.

Each FUE estimates the interference power and the transition probabilities of the interference activity over each subchannel and feeds this information back to the associated FAP, which computes the optimal power allocation over a time frequency frame, following a Bayesian approach.

The proof of this Proposition is detailed in Appendix D. The optimal power allocation is uniform over all bands that are used by the SUs and is given by (21).

In the second case, we can no longer use the fact that the optimal power allocation is uniform over the allocated spectrum, so we cannot even simplify the problem as the symmetric case.

All the results are obtained by averaging the sum capacity over 10,000 channel realizations, and the optimal power allocations are optimized for each channel realization.

All the results are obtained by averaging maxi C i /C over 10,000 channel realizations, and the optimal power allocations are optimized for each channel realization.