| Adaptive Minimum MSE Controlled PLC Optical Equalizer for Chromatic Dispersion Compensation |
| M.Secondini |
| 关键词：Adaptive equalizers, mean square error methods,optical equalizers, optical fiber dispersion, planar lightwave circuit(PLC) |
| 主要内容：With the advent of very high-bit-rate optical communication systems (40 Gb/s and beyond) and the progressive transformation of the optical layer in a real networking layer, a channel-by-channel adaptive optical equalization will be needed.An adaptive optical equalizer for chromatic dispersion compensation,based on planar lightwave circuit (PLC) technology and controlled by a minimum mean square error (MSE) strategy, is proposed here. It is shown in a rigorous manner how the PLC parameters are to be adjusted and that the control algorithm is effective even with a few stages PLC equalizer, performing better than other nonadaptive control techniques. An analysis of the dynamic behavior of the equalizer shows that, in a realistic time-varying scenario, it can easily adapt to slow channel variations and is able to quickly restore a minimum MSE condition after an abrupt chromatic dispersion variation... |
| 《2003 IEEE》 |
| 全文下载请进入http://hightech.stlib.cn/tpi_1/sysasp/include/index.asp |
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