Sentence examples for edge growth from inspiring English sources
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Simulation results for random, progressive edge growth (PEG) and MacKay LDPC codes demonstrate the effectiveness of the proposed technique.
The key for tuning the growth mode from nucleation to edge growth is the growth temperature; at a specific growth temperature (∼510 545 °C), only edge growth is available while the nucleation can be largely suppressed.
We use as a benchmark the progressive edge growth (PEG) code design technique [20], which is a well-consolidated solution for designing very good unstructured LDPC codes.
SEM imaging reveals that a preferential surface mediated edge growth mechanism for single layer graphene is observed as a function of growth time.
In [31], Kraidy et al. used a progressive edge growth-based interleaver for irregular TCs to lower the floor in the case of binary erasure channels.
The progressive edge-growth (PEG) algorithm [7] is a girth-aware construction method that tries to make shortest cycle as large as possible.
Among the existing methods, the most successful approach for the construction of LDPC codes is the progressive-edge-growth (PEG) algorithm [5, 6].
We first focus on design of generalized ACE constrained progressive edge-growth (PEG) codes [14] (in the following denoted by PEG-ACE codes) in Section 3.1.
The q-ary LDPC code has been constructed using quasi-regular PC matrices [23] generated by a modified progressive edge-growth algorithm [24] that maximizes the minimum space distance [9, 10].
