Huge capacity spacial division multiplexing transmission and integrated optical switching technologies(Invited Paper)
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摘要
We review the research and development of beyond Pb/s capacity space-division-multiplexed transmission technology using multi-core optical fibers for satisfying the ever-increasing traffic demand. Moreover, we present an optical packet and circuit integrated network technology to improve switching capacity and flexibility in network nodes for the rapid traffic fluctuation and the data service diversification.
We review the research and development of beyond Pb/s capacity space-division-multiplexed transmission technology using multi-core optical fibers for satisfying the ever-increasing traffic demand. Moreover, we present an optical packet and circuit integrated network technology to improve switching capacity and flexibility in network nodes for the rapid traffic fluctuation and the data service diversification.
We review the research and development of beyond Pb/s capacity space-division-multiplexed transmission technology using multi-core optical fibers for satisfying the ever-increasing traffic demand. Moreover, we present an optical packet and circuit integrated network technology to improve switching capacity and flexibility in network nodes for the rapid traffic fluctuation and the data service diversification.
引文
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27.R.S.Luis,B.J.Puttnam,A.Cartaxo,W.Klaus,J-M.Delgado Mendinueta,Y.Awaji,N.Wada,T.Nakanishi,T.Hayashi,and T.Sasaki,J.Lightwave Technol.34,441(2015).
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30.ITU-T Recommendation Y.1541.
2.D.J.Richardson,J.M.Fini,and L.E.Nelson,Nat.Photon.7,354(2013).
3.N.Wada,J.Sakaguchi,W.Klaus,B.J.Puttnam,S.L.Ruben,J.M.D.Mendinueta,and Y.Awaji,in Proc.16th International Telecommunications Network Strategy and Planning Symposium(2014),paper thu.s17.7.
4.G.M.Saridis,D.Alexandropoulos,G.Zervas,and D.Simeonidou,IEEE Commun.Surv.Tutor.17,2136(2015).
5.K.Imamura,K.Mukasa,and T.Yagi,in Proceedings of ECOC(2010),paper Th4C.3.
6.R.Ryf,N.K.Fontaine,M.A.Mestre,S.Randel,X.Palou,C.Bolle,A.H.Gnauck,S.Chandrasekhar,X.Liu,B.Guan,R.-J.Essiambre,P.J.Winzer,S.Leon-Saval,J.Bland-Hawthorn,R.Delbue,P.Pupalaikis,A.Sureka,Y.Sun,L.Gruner-Nielsen,R.V.Jensen,and R.Lingle,in Frontiers in Optics(2012),paper FW6C-4.
7.N.Bozinovic,Y.Yue,Y.Ren,M.Tur,P.Kristensen,A.E.Willner,and S.Ramachandran,in Proceedings of ECOC(2012),paper Th.3.C.6.
8.J.Sakaguchi,W.Klaus,J.M.D.Mendinueta,B.J.Puttnam,R.S.Luis,Y.Awaji,N.Wada,T.Hayashi,T.Nakanishi,T.Watanabe,Y.Kokubun,T.Takahata,and T.Kobayashi,in Proceedings of OFC(2015),paper Th5C-2.
9.K.Igarashi,D.Souma,Y.Wakayama,K.Takeshima,Y.Kawaguchi,T.Tsuritani,I.Morita,and M.Suzuki,in Proceedings of OFC(2015),paper Th5C-4.
10.D.Soma,K.Igarashi,Y.Wakayama,K.Takeshima,Y.Kawaguchi,N.Yoshikane,T.Tsuritani,I.Morita,and M.Suzuki,in Proceedings of ECOC(2015),paper PDP 3-1.
11.B.J.Puttnam,R.S.Luís,W.Klaus,J.Sakaguchi,J.M.DelgadoMendinueta,Y.Awaji,N.Wada,Y.Tamura,T.Hayashi,M.Hirano,and J.Marciante,in Proceedings of ECOC(2015),paper PDP 3-1.
12.I.Morita,K.Igarashi,H.Takahashi,T.Tsuritani,and M.Suzuki,Opt.Express 22,31761(2014).
13.B.J.Puttnam,R.Luis,J.-M.Delgado-Mendinueta,J.Sakaguchi,W.Klaus,Y.Awaji,N.Wada,A.Kanno,and T.Kawanishi,Opt.Express 22,21185(2014).
14.B.J.Puttnam,T.A.Eriksson,J.-M.D.Mendinueta,R.S.Luis,Y.Awaji,N.Wada,M.Karlsson,and E.Agrell,Opt.Express 22,32457(2014).
15.J.Perello,S.Spadaro,S.Ricciardi,D.Careglio,S.Peng,R.Nejabati,G.Zervas,D.Simeonidou,H.J.Dorren,S.Di Lucente,J.Luo,N.Calabretta,J.C.Sancho,S.Iordache,M.Ferreras,Y.Becerra,C.Liou,I.Hussain,Y.Yin,L.Liu,and R.Proietti,IEEE Network Mag.27,14(2013).
16.R.Takahashi,T.Segawa,S.Ibrahim,T.Nakahara,H.Ishikawa,A.Hiramatsu,Y.Huang,and K.Kitayama,J.Opt.Commun.Netw.7,B141(2015).
17.H.Harai,IEICE Trans.Commun.E95-B,714(2012).
18.H.Furukawa,Opt.Express 19,B242(2011).
19.J.Sakaguchi,Y.Awaji,N.Wada,A.Kanno,T.Kawanishi,T.Hayashi,T.Taru,T.Kobayashi,and M.Watanabe,J.Lightwave Technol.30,658(2012).
20.B.Zhu,T.F.Taunay,M.Fishteyn,X.Liu,S.Chandrasekhar,M.F.Yan,J.M.Fini,E.M.Monberg,and F.V.Dimarcello,Opt.Express19,16665(2011).
21.J.Sakaguchi,B.J.Puttnam,W.Klaus,Y.Awaji,N.Wada,A.Kanno,T.Kawanishi,K.Imamura,H.Inaba,K.Musaka,R.Sugizaki,T.Kobayashi,and M.Watanabe,J.Lightwave Technol.31,554(2013).
22.H.Takara,A.Sano,T.Kobayashi,H.Kubota,H.Kawakami,A.Mat-suura,Y.Miyamoto,Y.Abe,H.Ono,K.Shikama,Y.Goto,K.Tsujikawa,Y.Sasaki,I.Ishida,K.Takenaga,S.Matsuo,K.Saitoh,M.Koshiba,and T.Morioka,in Proceedings of ECOC(2012),paper Th.3.C.1.
23.D.Qian,E.Ip,M.Huang,M.Li,A.Dogariu,S.Zhang,Y.Shao,Y.Huang,Y.Zhang,X.Cheng,Y.Tian,P.Ji,A.Collier,Y.Geng,J.Linares,C.Montero,V.Moreno,X.Prieto,and T.Wang,in Frontiers in Optics(2012),paper FW6C-3.
24.B.P.-P.Kuo,E.Myslivets,V.Ataie,E.G.Temprana,N.Alic,and S.Radic,J.Lightwave Technol.31,3414(2013).
25.M.Arikawa,T.Ito,El.Le T.de Gabory,and K.Fukuchi,IEEE J.Lightwave Technol.34,1908(2016).
26.B.J.Puttnam,R.S.Luís,T.E.Eriksson,W.Klaus,J.-M.Delgado Mendinueta,Y.Awaji,and N.Wada,IEEE Photon.J.8,1(2016).
27.R.S.Luis,B.J.Puttnam,A.Cartaxo,W.Klaus,J-M.Delgado Mendinueta,Y.Awaji,N.Wada,T.Nakanishi,T.Hayashi,and T.Sasaki,J.Lightwave Technol.34,441(2015).
28.L.M.Zhang and F.R.Kschischang,J.Lightwave Technol.32,1999(2014).
29.B.J.Puttnam,L.M.Zhang,and F.R.Kschischang,in Proceedings of ECOC(2015),paper P5.6.
30.ITU-T Recommendation Y.1541.