Sentence examples for achievable interference from inspiring English sources

The conclusions of the transfer function analysis are confirmed herein with computer simulations and achievable interference rejection ratios are demonstrated.

Overall, the achievable interference rejection ratios are well in line with demands derived in Section 5. From 16-QAM signal point of view, the demanded rejection (see Figure 7) is fulfilled with selective STF up to the relative blocker power of 20 dB.

The sensing parameter optimization problem is also discussed while the achievable throughput, interference ratio, and their respective characteristics in the view point of the sensing interval are investigated in detail.

The TDP, achievable throughput, and interference ratio performances by those selected sensing intervals are shown in Figures 7, 8, and 9, respectively.

We analyze the influence of multiusers' CFOs on the signal transmission in the OFDM-SDMA uplink and derive suitable bounds for the achievable signal-to-interference conditions.

Thus the achievable signal-to-interference-and-noise ratio (SINR) for the T&D equalizer is SINR T&D = c 2 L + SNR ∘ - 1 1 + c 2 1 - c 2 L 1 - c 2 - 1, (12).

Recently, the distribution of the achievable signal-to-interference-noise ratio (SINR) of the HetNet is derived in[9], and the achievable throughput of the HetNet is also analyzed in[10], both revealing that the HetNet has a potential of greatly improving the system performance in contrast to the conventional homogeneous cellular network.

According to Figure 1, the achievable signal-to-interference-plus-noise ratio (SINR) value on sub-carrier k of a small cell user j served by small cell i can be shown as follows: γ i, j, k = P i, k S − S H i, j, k S − S ∑ S ' − S P k S ' − S H j, k S ' − S + N 0 Δ f (1).

(R_{s_{u_{[k]}},n}^{k,text {int}}) is the achievable rate when the interference is treated as noise.

Note that, due to interference, the achievable rates on different links are interdependent, that is, the achievable rate of a particular link depends on the powers allocated to all other links.

It is shown that the spectral efficiency higher than 95% can be achievable simultaneously with significantly interference reduction.