Publication | Closed Access
Generalized ACE Constrained Progressive Edge-Growth LDPC Code Design
71
Citations
11
References
2008
Year
Mathematical ProgrammingEngineeringGraph TheoryGeneralized Peg AlgorithmError Correction CodeComputer EngineeringIterative DecodingComputer ArchitectureComputational ComplexityProgressive Edge-growthComputer ScienceDiscrete MathematicsCoding TheoryLdpc Code GraphsAlgorithmic Development
In this letter, we propose a generalization of the progressive edge-growth (PEG) algorithm with the aim of designing LDPC code graphs with substantially improved approximated cycle extrinsic message degree (ACE) properties. The proposed realization of generalized PEG algorithm outperforms original PEG algorithm and its subsequent modification proposed by Xiao and Banihashemi.
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