Publication | Closed Access
Codes from the incidence matrices and line graphs of Hamming graphs $H^k(n,2)$ for $k \geq 2$
22
Citations
16
References
2011
Year
Combinatorics On WordEngineeringGraph TheoryAlgebraic Graph TheoryError Correction CodeIterative Decoding-Ary CodesComputational Complexity\Geq 2Computer ScienceFull Permutation DecodingDiscrete MathematicsCoding TheoryLine GraphsIncidence MatricesVariable-length CodeAlgebraic Coding Theory
We examine the $p$-ary codes, for any prime $p$, that can be obtained from incidence matrices and line graphs of the Hamming graphs, $H^k(n,m)$, for $k \geq 2$. For $m=2$, we obtain the main parameters of the codes from the incidence matrices, including the minimum weight and the nature of the minimum words. We show that all the codes can be used for full permutation decoding.
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