By using this power performance decision metric, the authors show that OM-OFDM offers between 4 dB–1.2 dB (60.34%–24.6%) and 4.1 dB–1.2 dB (60.8%–23.6%), net power performance gain (at a BER of 10−4) when compared to a clipped OFDM, OFDM, tone reserved (TR) OFDM and an active constellation extended (ACE) OFDM transmission in a frequency selective fading channel.
By using this method, the robust performance criterion is explicitly translated into allowable and forbidden regions on Bode plot of a compensated SISO system.
By using this structure, the best performance of the WOLED is obtained at a luminous efficiency at 11.8 cd/A and the turn-on voltage of 100 cd/m2 at 4.6 V.
At least one study has found that investors who engage in passive exchange-traded funds eat away the gains in performance by using this as an excuse to trade more.
The experimental results showed that, by using this novel device, an improved performance of sulphide precipitation was achieved even at stoichiometric molar ratio of sulphide and arsenic.
PEC device constructed by using this hierarchical architecture presents excellent performance with a maximum photocurrent density of 1 mA cm−2, which is 5 times larger than that of TiO2/SnO2 core shell nanowires.
They show that the performance achievable by using this method is much better than that of using the random deployment strategy which is generally assumed in most of the literatures.
By using this procedure, we ensured that overall performance was approximately 70%% correct during the main experiment.
In this study, by using the performance-based plastic design method (PBPD), an iterative, simple and highly accurate procedure is introduced for designing these dual systems.
In this paper, by using a performance specification on the exponential change rate of the control signal, a more appropriate expansion, related to Laguerre net-works, is introduced and analyzed.
