We investigate numerically XPM-induced nonlinear phase noise in 40 Gb/s RZ-DPSK WDM systems with different dispersion maps. The result shows that nonlinear phase noise due to XPM can be effectively suppressed by optimizing dispersion map. ? 2007 IEEE.EI
Abstract We show by simulation that PMD helps reduce nonlinear phase noise in single-channel coheren...
In this paper we experimentally confirm the impairment due to nonlinear phase noise degradation in u...
AbstractWe analyzed the impact of nonlinear phase noise caused by Gorden-Mollenauer effect in single...
We numerically investigate XPM effect and XPM-induced nonlinear phase noise in both RZ-DPSK and mult...
The authors compare analytical and numerical estimates, showing that the nonlinear phase noise of sh...
International audienceThe authors compare analytical and numerical estimates, showing that the nonli...
International audienceThe authors compare analytical and numerical estimates, showing that the nonli...
International audienceThe authors compare analytical and numerical estimates, showing that the nonli...
International audienceThe authors compare analytical and numerical estimates, showing that the nonli...
We present a numerical study of the performance of 40 Gbit/s return-to-zero differential phase-shift...
We show by simulation that PMD helps reduce nonlinear phase noise in single-channel coherent PDMQPSK...
We introduce an improved theoretical model for the cross-phase modulation (XPM) induced intensity no...
In this paper we experimentally confirm the impairment due to nonlinear phase noise degradation in u...
In this paper we experimentally confirm the impairment due to nonlinear phase noise degradation in u...
In this paper we experimentally confirm the impairment due to nonlinear phase noise degradation in u...
Abstract We show by simulation that PMD helps reduce nonlinear phase noise in single-channel coheren...
In this paper we experimentally confirm the impairment due to nonlinear phase noise degradation in u...
AbstractWe analyzed the impact of nonlinear phase noise caused by Gorden-Mollenauer effect in single...
We numerically investigate XPM effect and XPM-induced nonlinear phase noise in both RZ-DPSK and mult...
The authors compare analytical and numerical estimates, showing that the nonlinear phase noise of sh...
International audienceThe authors compare analytical and numerical estimates, showing that the nonli...
International audienceThe authors compare analytical and numerical estimates, showing that the nonli...
International audienceThe authors compare analytical and numerical estimates, showing that the nonli...
International audienceThe authors compare analytical and numerical estimates, showing that the nonli...
We present a numerical study of the performance of 40 Gbit/s return-to-zero differential phase-shift...
We show by simulation that PMD helps reduce nonlinear phase noise in single-channel coherent PDMQPSK...
We introduce an improved theoretical model for the cross-phase modulation (XPM) induced intensity no...
In this paper we experimentally confirm the impairment due to nonlinear phase noise degradation in u...
In this paper we experimentally confirm the impairment due to nonlinear phase noise degradation in u...
In this paper we experimentally confirm the impairment due to nonlinear phase noise degradation in u...
Abstract We show by simulation that PMD helps reduce nonlinear phase noise in single-channel coheren...
In this paper we experimentally confirm the impairment due to nonlinear phase noise degradation in u...
AbstractWe analyzed the impact of nonlinear phase noise caused by Gorden-Mollenauer effect in single...
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