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Figure9 illustrates the average delay of the system as a function of the arrival rates.
Figure 13 BER of the modulation diversity system as a function of the rotation angle.
Figure 4 SER of the QPSK modulation diversity system as a function of the rotation angle θ.
Figure 12 displays the average defaults in the banking system as a function of the fire sales parameters.
The phase transition temperature of the NV-resonator hybrid system as a function of the scaled detuning (delta/omega_{r}).
A simple master nucleation curve was derived for each system as a function of the system subcooling.
The fading scenarios were evaluated for an SNR=20 dB. Figure 5 SER of the 16-QAM modulation diversity system as a function of the rotation angle θ.
Figure 3 shows the BEP of the system as a function of the average SNR (E b /N 0) for different numbers of relays (K).
Figure 12 presents the Bit Error Rate (BER) curves for a 16-QAM system as a function of the interleaving depth k.
The effect of the plasma density on the growth rate of the system as a function of the wave number is shown in Fig. 9.
The connections between the blocks describe the success or failure of the system as a function of the states of the component.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com