"植之原裕行","各ソサイエティがみる「電子情報通信 次の百年の夢」","2017年電子情報通信学会ソサイエティ大会",,,,,,2017,Sept.
"相川,植之原裕行","4 bit-QPSK信号を対象とした光比較演算動作の実験的実証","2017年電子情報通信学会ソサイエティ大会",,,,,,2017,Sept.
"相川洋平,植之原裕行","C-3-33 4bit-QPSK信号を対象とした光比較演算動作の実験的実証","2017年電子情報通信学会総合大会",,,,,,2017,Aug.
"Masashi Yamazaki,Hiroyuki Uenohara","Analytical Investigation of All-Optical Wavelength Conversion Technique with 2-stage Optical Comb Generation for Wavelength Defragmentation","The24th Congress of the International Commission for Optics (ICO-24)",,,,,,2017,Aug.
"Tomohiro Naganuma,Hiroyuki Uenohara","Analytical Investigation of Adaptive Dispersion Control of an Optical Fractional OFDM Circuit with Phase Shift","Photonics in Switching 2017",,,,,,2017,July
"Yohei Aikawa,Hiroyuki Uenohara","Experimental demonstration of optical comparison operation with 4-bit QPSK modulated signals for optical and electrical converted viterbi decoding,","2017 INTERNATIONAL CONFERENCE ON PHOTONICS IN SWITCHING (PS)",,,,,,2017,July
"植之原裕行","光ファイバ通信の基礎","2017年電子情報通信学会光通信システム研究会7月サマースクール",,,,,,2017,July
"nagashima,Gabriella Cincotti,Murakawa,Satoshi Shimizu,Makoto Hasegawa,Hattori,Okuno,Mino,Himeno,Naoya Wada,Hiroyuki Uenohara,Konishi","Peak-to-average power ratio reduction of transmission signal of all-optical orthogonal time/frequency domain multiplexing using fractional Fourier transform",,"Optics Communications","Elsevier","Vol. 402",,"pp. 123-127",2017,June
"永沼友浩,植之原裕行","光ﾌﾗｸｼｮﾅﾙOFDM回路の位相ｼﾌﾄによる分散制御特性の解析的検討","2017年電子情報通信学会総合大会",,,,,,2017,Mar.
"Tomotaka Nagashima,Gabriella Cincotti,Murakawa,Satoshi Shimizu,Makoto Hasegawa,Hattori,Okuno,Mino,Himeno,Naoya Wada,Hiroyuki Uenohara,Konishi","Experimental demonstration of cyclic prefix insertion for all-optical fractional OFDM",,"Optics Communications","Elsevier","Vol. 396",,"pp. 185-190",2017,Mar.
"植之原裕行","光信号処理技術へのシリコンフォトニクス応用と課題","応用物理学会関西支部2016年度第2回フォトニック信号処理技術セミナー",,,,,,2017,Mar.
"相川洋平,植之原裕行","B-10-26 四光波混合を用いた光XOR回路からなる光符号化技術における符号化利得の拘束長依存性","2017年電子情報通信学会総合大会",,,,,,2017,Mar.
"Yohei Aikawa,Hiroyuki Uenohara","Demonstration of Optical FEC Coding Scheme With Convolutional Code Consisting of a Signal Source","IEEE Photonics Technology Letters","Electronics Letters",,"vol. 29","no. 1","pp. 165-168",2017,Jan.