Sentence examples for represents interference from from inspiring English sources

Again, the term (h_{4} x_{s}^{(2)}) in (39) represents interference from the SN to the PN while the term h 1 x p can be considered as the interference from the PN to the SN.

The first term of the denominator represents the interference from the pilot-sharing users, i.e., those users with i lm =i jk.

This results in a general OFDMA downlink channel where the signal received by user in subcarrier is given by (3). and the second term in the right-hand side represents the interference from other users.

where the first term is the signal of interest, the second term represents the interference from the secondary network and z n ∈ C is the additive noise at the n th secondary RX.

({I_{d - d}} = sum limits _{{y_i} in {Phi _d}backslash left { {{y_0}} right }} {{p_d}{h_{id}}{{left | {{y_i}} right |}^{- alpha }}}) represents the interference from other D2D links sharing the same resource except the typical D2D transmitter.

In this event, the PU rate in the presence of SU interference is log 2 1 + L PK I S + σ 0 2 (in b/s/Hz) where L PK = S PK 1 N ∑ l = 0 L − 1 h FPl e − j 2 π l k * N 2 is the PU signal power received at the PR with S PK = KS P, h FPl = h 0 ⋅ d P − α 2 h Fl, I S = S S h02d SP −α|h FSP |2 represents the interference from SU to PR, and σ02 is the thermal noise power in a certain frequency slot.

I Ck and I Bk represent the interference from the cellular user and the BS in cell k, respectively.

(5) and (6) representing the interferences from the image component in the spectrum have been neglected.

The formulas in (9b) and (9c) represents the interference signals from each transmitter.

The IUI defined in traditional wireless communication systems represents the interference power from one transmitter to the other.

(I^{infty }_{A{backslash left { 0 right }}}={sum limits _{{x_i} in {Phi ^{a} _b}backslash left { 0 right }} {{{{p_A}}}{{left | {{x_i} - {x_z}} right |}^{- alpha }}} }) represents the cumulative interference from other base stations with infinity antennas (except the typical base station) induced by the artificial noise.