Minor changes to conclusion
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@@ -20,7 +20,7 @@ This manifests as a block-diagonal structure in the detector error
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matrix when detectors are defined as the difference of consecutive
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syndrome measurement rounds.
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We draw a comparison to windowed decoding for \ac{sc}-\ac{ldpc}
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codes, but noted that the existing realizations of sliding-window
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codes, but note that the existing realizations of sliding-window
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decoding discard the soft information produced inside one window
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before moving to the next.
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Building on this observation, we proposed warm-start sliding-window
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@@ -31,7 +31,7 @@ standard cold-start initialisation.
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We formulate the warm start for standard \ac{bp} and for
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\ac{bpgd}.
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In particular the latter being attractive as an inner decoder because it
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The latter is particularly attractive as an inner decoder because it
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addresses the convergence problems caused by short cycles and
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degeneracy in \ac{qldpc} Tanner graphs.
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The decoders are evaluated by conducting Monte Carlo simulations on the
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@@ -68,7 +68,7 @@ The resulting message-only warm start recovered a consistent
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improvement over cold-start that followed the same qualitative
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behaviour as for standard \ac{bp}: larger overlap, achieved by larger
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$W$ or smaller $F$, yielded a larger gain, and the
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performance difference was most pronounced at low numbers of maximum iterations.
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performance difference is most pronounced at low numbers of maximum iterations.
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% Implications from experimental results
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