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Figure 10 Mean throughput versus distance to antenna for the center cell of the hexagonal scenario with offered DCH load.
Figure 9 Mean throughput versus distance to antenna with offered DCH load for cell of the irregular scenario.
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Figure 6 shows the average throughput versus the number of cooperative SUs under different reporting delay when the mean instantaneous detection SNR γ ̄ = - 20 dB.
Figure 11 Throughput comparison in the presence of faults: (a) average throughput versus clock cycles and (b) throughput reduction between successive faults.
Figure 8 ICaD-ARQ-PS: the average throughput versus the probability P B with perfect CSI.
Figure 6 The average throughput versus the number of cooperative SUs in the Rayleigh fading environment.
Figure 8 Average throughput versus traffic load for the three schemes.
Figure 5 The maximum average throughput versus the reporting delay in the AWGN environment.
Figure 6 Mean system throughput versus for BB-OFDMA with 16-QAM modulation using fixed BB transmit power.
Figure 7 Mean user throughput versus distance from the serving BS,, for BB-OFDMA with 16-QAM modulation for different interference thresholds.
These responses were used in the Matlab and LabVIEW environments to obtain a set of mean total throughput versus signal to noise ratio curves for the pedestrians A and B channels.
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