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Corresponding to user's nature, optimal power expressions are calculated.
The interference power expressions are given by (21) and (22): (22).
Thus, we obtain the interference power expressions given in (17) and (18), with defined in (19).
Three simplified power expressions are given corresponding to frequencies below coincidence, above coincidence and near coincidence.
Hence, from these two remarks and from the results obtained in Section 3.1, it is straightforward to compute the interference power expressions for the added-signal B-IFDMA.
Based upon this bound, the average minimum transmit power expressions are derived for any number of users selected through SUS, NUS, or random user selection (RUS).
Similar(47)
The relative power expression is given by two terms.
(A.2 where, (A.3)To begin with, let us focus on the useful power expression.
In this part, we give the derivation of the received signal power (or required transmission power) expression under different CSI assumptions.
In this subsection, we will derive the interference power expression of the considered CMT-based multi-cellular network in the case of AWGN channels.
Note that for both variants of B-IFDMA, the interference power due to user,, can be obtained by shifting in frequency domain the SUI power expression by and by evaluating it at the frequency.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com