首页> 外文会议>2014 International Conference on Science Engineering and Management Research >Realizing the effect of soliton interaction with third order dispersion (TOD) in 100 Gbps telecommunication system
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Realizing the effect of soliton interaction with third order dispersion (TOD) in 100 Gbps telecommunication system

机译:在100 Gbps电信系统中实现孤子与三阶色散(TOD)相互作用的效果

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In this work, we study the effect of in-phase soliton interaction with and without the effect of third order dispersion (TOD) in 100Gbps telecommunication system. The relative spacing of soliton is chosen as 5.28 (qo) and their interaction is noted in one collision period or length (Lcoll). The soliton interaction without TOD is noted with β2=-2.55ps2/Km and with TOD near Zero Dispersion (ZD) point of -0.22ps2/Km. The effect of TOD decreases the interaction effect when noted with TOD value of β3=0.01 ps3/Km and further there was no interaction with high value of β3=0.1 ps3/Km. The main characteristic of TOD causing temporal shifts is noted in in-phase solitons where the higher deviation is noted with β3=0.1 ps3/Km than β3=0.01 ps3/Km. Further, we have also examined the effect of TOD with 3 and 6 solitons pulses to note the interaction effect. Finally it could be seen that when more than 2 soliton pulses are launched, TOD would degrade the system performance, where these adjacent pulses cross each other due to temporal shifts.
机译:在这项工作中,我们研究在100Gbps电信系统中有无三阶色散(TOD)的情况下同相孤子相互作用的影响。孤子的相对间距选择为5.28(qo),并在一个碰撞周期或碰撞长度(Lcoll)中记录它们的相互作用。注意到没有TOD的孤子相互作用为β2= -2.55ps2 / Km,TOD接近零色散(ZD)点-0.22ps2 / Km。当TOD值为β3= 0.01 ps3 / Km时,TOD的作用降低了相互作用的效果,并且当β3= 0.1 ps3 / Km的高值时,没有相互作用。在同相孤子中指出了引起时间偏移的TOD的主要特征,其中β3= 0.1 ps3 / Km的偏差大于β3= 0.01 ps3 / Km的偏差。此外,我们还检查了3和6个孤子脉冲对TOD的影响,以指出相互作用的影响。最终可以看出,当发射两个以上的孤子脉冲时,TOD会降低系统性能,这些相邻脉冲由于时间偏移而彼此交叉。

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