Sentence examples for maximum achievable transmit from inspiring English sources
Figure 5 illustrates the maximum achievable transmit rate for the SU using the BB algorithm in comparison with the heuristic algorithm and a reference algorithm from [9 11].
Figure 6 illustrates the maximum achievable transmit rate for the SU obtained by the BB algorithm and the reference algorithm under different values of the PU outage probability limit and the corresponding values of c.
Moreover, we note that the maximum achievable transmit rate with the BB approach is always higher than the rate of the heuristic approach, which is higher than the reference algorithm.
In Figure 6, we compare the two results of the maximum achievable transmit rate obtained by our algorithm and the reference algorithm under different values of the PU outage probability limit and the corresponding values of c in the reference algorithm.
The simulation setup of g n is the same as that for generating Figures 3 and 4. Figure 5 illustrates the maximum achievable transmit rate for the SU using the BB algorithm in comparison with the heuristic algorithm and a reference algorithm from [9 11].The reference algorithm adopts the concept that the interference power to the PU should be less than a given threshold with certain probability.
Since Shannon capacity formula represents the maximum achievable data rates under given transmit powers, the transmit power derived via this formula is the minimum transmit power that can support the required data rates.
According to the BS transmit power budget, the maximum achievable EE is drawn in Fig. 11 labelled with optimal modulation and retransmission protocol.
Therefore, in order to maximize the signal-to-interference-plus-noise ratio (SINR) and to exploit the advantages of MIMO radars, in this paper we have proposed two full rank transmit covariance matrices and maximum achievable SINR is calculated analytically for both.
In this regard, if we let be the transmit bandwidth at HT then the maximum achievable throughput of the OFDM transmission can be computed as T o = N o B ( N + L ) ( R p ( O ) + R z (O) + K ¯ N o + 1 ), (33).
In the absence of symbol extension, it has been shown that the maximum achievable degrees of freedom (DoF) for K user MIMO interference channel with M transmit antennas and N receive antennas can be (frac {K(M+N)}{K+1}) [5].
The expected time an SU needs to transmit its current data packet can be derived using the maximum achievable data rate β i of each channel and average medium access delay in between two consecutive data packet transmissions, denoted by (mathcal {T}^{d}).
