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We generate 153 frames, and 50 frames among them cannot be decoded by the proposed decoder.
We show that, compared to tandem and to trellis-based Soft-Input Soft-Output decoding schemes, the proposed decoder exhibits the best performance/complexity tradeoff.
From simulations, we can see that as SNR increases, the average number of BP iterations for the proposed decoder decreases faster than other decoders.
A prototype H.264/AVC baseline decoding chip utilizing the proposed decoder is fabricated in UMC 0.18 m 1P6M CMOS technology.
Min-Sum decoding is used in our proposed decoder.
However, the proposed decoder has to use information about L to detect erroneous sequences and improve decoding performance.
Yet, when all SIRLs have been terminated, the proposed decoder architecture still does not guarantee all SW coded bit-planes have been decoded properly.
The proposed decoder achieves the highest throughput among all designs.
The proposed decoder architecture is shown in Figure 5.
The proposed decoder is configured as Section 4.1.
Nonlinear photonic crystal ring resonators are used for realizing the proposed decoder.
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