Sentence examples for strength of the interference from inspiring English sources
Comparing the curves in Figure 6 shows that the strength of the interference signal originating from the adjacent cell can be adequately attenuated by the proposed approach, especially when mode 1 is the employed transmit beamforming method.
A user located in the RRH central area usually does not require a cooperation between the macro BS and the RRH due to the fact that the strength of the interference is much less than that of the effective signal.
These two equations show that the received desired signals in these regions are disturbed by the even carriers, and the coefficient of X i (d) becomes an important factor in determining the strength of the interference.
When employing closed subscriber group configurations in femtocell deployment, where general handovers are not permitted between femto base stations, the signal strength of the interference can become unacceptably high due to the lack of coordination between base stations.
In this section, we derive a closed-form expression to characterize the stochastic behavior of the received SINR when the inter-cell scheduling among femtocells is based on the strength of the interference link (i.e., the cross-link interference level).
As shown in Table 2, point-biserial correlations with resistance to PI revealed that the strength of the interference effect on the CVLT was dependent of gender (male > females) and the list order participants were assigned to (list order 21 > list order 12).
Figure 3 shows the calculation model of the strength of the required interference at the time of press fitting.
This can consequently enhance the strength of the EPI interference effect, giving rise to an increasingly pronounced ρint(T), as dictated by Equation 2. Furthermore, a metal with a high θDvalue means that the number of phonons that can participate in the electron-phonon scattering is relatively large.
Additional signal processing is required to actively suppress and reduce the strength of the self-interference to the noise floor.
We find that the strength of Fano interference and the energy splitting affect the transient gain-absorption property of the weak continuous-wave (CW) probe field or Gaussian-pulse probe field dramatically.
When the strength of secondary interference to the primary is comparable to the desired signal, treating as noise is not an option because of interference constraints while decoding and canceling requires complex primary receivers.
