[1] Kaminow I P, Li T Y. Optical fibe r telecommunica tio ns Ⅳ systems a nd impairm ents [A ]. Academic Pr ess [C ]. USA, 2002. 862-901.
[2 ] Miyamo to Y, Hira no A, Yonenaga K, et al. 320 Gbit /s ( 8× 40 Gbit /s) WDM tr ansmission ov er 367 km with 120 km repeater spacing using ca rrier-suppressed retur n-to-ze ro fo rma t [J]. Electro n Le tt,1999, 35( 23): 2041-2042.
[3] Fan C X, Zha ng P Y, Xu B X, et al. Communica tio n principles [M ]. Beijing: Na tio na l Defence Industr yPr ess, 2001. 129-183.
[4] Gnauck A. 40-Gb /s RZ-differ ential phase shift key ed tr ansmission [A ]. OFC 2003[C ]. Th E1, 2003.
[5 ] Bissessur H, Bresson C, Heber t J , et al. Tra nsmissio n of 40× 43 Gb /s ov er 2 540 km o f SM F with ter restrial 100 km spa ns using N RZ format [A ]. Pro ceeding s o f OFC 2003[C]. FN3, 2003.
[6 ] Hirano A, Miyamo to Y, Kuwahar a S. Per fo rma nces of CSRZ-DPSK and RZ-DPSK in 43-Gbit /s /ch DWDM G. 652 sing le-mode-fiber tra nsmission [A]. OFC 2003[C]. Th E4, 2003.
[7 ] Rasmusse n C, Fjelde T, Be nnike J, et al. DWDM 40 G tra nsmissio n ov e r tra ns-Pacific dista nce ( 10 000 km ) using CSRZ-DPSK, enha nced FEC a nd all-Raman amplified 100 km Ultr aWav eT M fiber spans [A]. Proceedings o f OFC 2003 [C ]. Po stdeadline paper PD18, 2003.
[8 ] 李琴,杨鸿文,郭文彬,等. 一种二维的自适应调制编码技术[J]. 北京邮电大学学报, 2003, 26( 3):98-102.Li Q, Yang HW, Guo W B, et al. A nov el technolog y on 2-dimensio n ada ptiv e modula tio n co ding [J].Jour nal of Beijing Univ er sity o f Po sts a nd Telecommunicatio ns, 2003, 26( 3): 98-102. |
