@techreport{oai:ipsj.ixsq.nii.ac.jp:00070401,
 author = {野里, 裕高 and 高橋, 栄一 and 村川, 正宏 and 樋口, 哲也 and Hirotaka, Nosato and Eiichi, Takahashi and Masahiro, Murakawa and Tetsuya, Higuchi},
 issue = {10},
 month = {Sep},
 note = {LDPC (Low-Density Parity-Check) 符号は理論限界に近い性能を実現可能な誤り訂正符号として現在注目を集めているが，短い符号長における高性能な LDPC 符号の構成方法が確立されていないため，実用化は始まっているもののまだまだ発展の余地がある．そこで我々は遺伝的アルゴリズム (Genetic Algorithms, GAs) を用いた LDPC 符号構成法を提案した．提案方法は，従来方法により構成した符号を初期個体とし，GA を使うことで，より優れた性能を示す符号を探索する点が独創的である．本稿では，提案方法における GA パラメータ調整を行うことで，効率良く高性能な解を構成可能な交叉方法，交叉率，及び突然変異率の検討を行った．, LDPC (Low-Density Parity-Check) code, which is a class of error correcting codes, is attracting attention due to the considerable potential for error correction that approaches the theoretical limits. Although LDPC codes starts coming into practical use, they should be improved in terms of code construction, because there are no established construction methods for codes of relatively short length. We proposed an LDPC code construction method employing genetic algorithms (GAs). The originality of the method is that using codes constructed with conventional methods as initial individuals GA finds codes of better performance compared to the initial ones. In this paper, we examine some GA parameters that are more suitable for the method and able to be efficiently-found a new LDPC code.},
 title = {GAを用いたLDPC符号構成法におけるGAパラメータチューニング},
 year = {2010}
}