@article{oai:ipsj.ixsq.nii.ac.jp:00233716,
 author = {中村, 徹舟 and 宮村, 信 and 井上, 弘士 and 川上, 哲志 and 阪本, 利司 and 多田, 宗弘 and 谷本, 輝夫 and Tesshu, Nakamura and Makoto, Miyamura and Koji, Inoue and Satoshi, Kawakami and Toshitugu, Sakamoto and Munehiro, Tada and Teruo, Tanimoto},
 issue = {1},
 journal = {情報処理学会論文誌コンピューティングシステム（ACS）},
 month = {Mar},
 note = {量子ハードウェアは高いエラー率を示すため，量子誤り訂正技術の実現が不可欠である．特に，表面符号は高いエラー訂正性能を持つ誤り訂正符号として注目されている．本研究では，極低温環境で動作可能なNanoBridge-FPGAへの実装を目指し，iterative greedyアルゴリズムを用いた表面符号復号器のRTL設計を行った．設計した復号器は，先行研究と同じ誤りシミュレータを用いて動作検証を行い，レイテンシ・使用リソース量の評価も行った．さらに，NanoBridge-FPGAへの論理合成・配置配線も行い，使用リソース量を確認した．, Since the error rates of existing quantum devices are high, it is essential to realize quantum error correction (QEC) techniques. In particular, surface code (SC) has attracted attention as one of the most promising error-correcting codes. In this study, we have designed an RTL surface code decoder using the iterative greedy algorithm to implement on NanoBridge-FPGA that can operate in cryogenic environments. The designed decoder was verified using the same error simulator as in the previous study, and latency and resource usage were also evaluated. In addition, we performed logic synthesis, placement and routing targeting NanoBridge-FPGA and confirmed the resource usage.},
 pages = {13--25},
 title = {極低温不揮発FPGAを対象とした誤り耐性量子コンピュータ向け表面符号復号器のRTL設計},
 volume = {17},
 year = {2024}
}