Sentence examples for of optimum power from inspiring English sources
In addition, we aim to investigate the effect of the size of finite fields, used in the underlying network coding scheme, on the results of optimum power allocation.
In addition, in the case of optimum power allocation, the proposed system yields a lower probability of error in low SNR regimes, and the probability of error is close to the equal power allocation case in high SNR regimes.
In this section, we provide an analytical approximation of optimum power allocation for a three-node cooperative network, with a source S, a relay R, and a destination D. This analysis provides some insight for the formulated problem in section 5.3.
Since the rank of a matrix cannot exceed the number of its columns, the maximum number of users for optimum power estimation is equal to m × ( m + 1 ) 2. Although this method is optimum for obtaining ML power estimation, its computational complexity is very high.
The system is initialized with a population of random solutions and searches for optimum power generations.
The BEP performance for the DF distributed BF scheme with equal power allocation approaches the BEP performance of the optimum power assignment under global power sum constraint.
Second, the description of the optimum power allocation method using the augmented Lagrangian penalty function (ALPF) scheme has been revised and illustrated through a specific numerical example.
Figure 1 shows the average sum-rate performance of the optimum power allocation method over the receive antenna correlation (rho _{r_{k}} in lbrack 0, 0.9999rbrack ) for all k.
Figure 2 shows the average sum-rate performance of the optimum power allocation method in Section 33 and the proposed two-step method in Section 44.
Motivated by this observation, we also propose a suboptimal two-step power allocation method in which each user node is equipped with two receive antennas to reduce the computational complexity of the optimum power allocation method.
The present study deals with an estimation of the optimum powers of the panel heaters that produces uniform thermal conditions over a 3-D design object placed inside a 3-D radiant enclosure.
