Sentence examples for illustrates that the performance from inspiring English sources

Fig. 3 shows the NPS of the DOAs versus SNR, which illustrates that the performance of the proposed algorithm is better than that of the DMR-DOAM algorithm.

Figure 8 illustrates that the performance of θ is approximately identical to that of the β in both white and color Gaussian noise situations.

The aforementioned analysis illustrates that the performance of ionospheric phase decontamination depends on the estimation accuracy of instantaneous frequency of Bragg peak.

The comparison with the PF-NPOG illustrates that the performance gap is around 40% for scenario 1 while 50% for scenario 2. A high performance gap exists because in the proposed game, both the RB and power allocation is taken into considerations while in PF-NPOG RB allocation is done randomly.

Figure 3 illustrates that the proposed method has much lower MRMSE than the compared FOC-TMR and FOC-FSS algorithms in both spatially white noise and spatially color noise environments, especially at low SNR. Figure 4 illustrates the NPS of the DOAs versus SNR, which illustrates that the performance of the proposed method is better than that of FOC-TMR and FOC-FSS algorithms as the SNR increases.

Figure 4B clearly illustrates that the performance of the group that retracts the proboscis early as well as the performance of the olfactory interference group are lower than in the group in which the proboscis was extended beyond 19 s (respectively 1 degree of freedom χ2 = 24.820, p = 6.3* 10−7 and χ2 = 6.148, p = 0.013).

It was illustrated that the performance of the developed framework is directly dependent on the quality of input experimental data.

The figures also illustrate that the performance of STANC improves due to the channel coding gain in a block frequency flat-fading channel.

Even if the global optimum cannot be theoretically proved (due to the mixed integer nonlinear problem formulation), the results illustrate that the performance tends to the optimal bound.

It is illustrated that the performance of the semi-active system is superior to those of the critical damping and maximum damping variety.

The results obtained from the newly proposed method are compared with numerical simulation results, and comparison results illustrate that the performance of solution-gas-drive reservoirs can be obtained fast and accurately through the new method.