CAJ | 학술논문

提出了一种利用单激光器与法布里-珀罗（F-P）可调滤波器产生多频率光谱幅度码（SAC）标记的新方法。应用该方法可大大简化原有SAC标记生成器的结构。基于该方案,可利用单波长激光器生成16个频率、速率达1.25 Gb/s的SAC标记。利用仿真,对携带40 Gb/s幅度调制（IM）净荷的多频率SAC标记交换系统的工作特性进行了验证与分析,并使用误码率与光信噪比2项指标对不同速率下的标记与净荷的接收质量进行了比较。
제출료일충이용단격광기여법포리-박라（F-P）가조려파기산생다빈솔광보폭도마（SAC）표기적신방법。응용해방법가대대간화원유SAC표기생성기적결구。기우해방안,가이용단파장격광기생성16개빈솔、속솔체1.25 Gb/s적SAC표기。이용방진,대휴대40 Gb/s폭도조제（IM）정하적다빈솔SAC표기교환계통적공작특성진행료험증여분석,병사용오마솔여광신조비2항지표대불동속솔하적표기여정하적접수질량진행료비교。
A novel method of generating multi-frequency spectral amplitude code （SAC） labels wi single laser and a Fabry-Perot tunable filter is proposed. A substantial simplification in terms of quired optical sources to build a SAC label transmitter is offered by this proposal. SAC label up tt frequencies is generated by a single wavelength laser, and the label bit rate is accelerated to Gb/s. SAC labeled switching system performance analysis with 40 Gb/s intensity modulation payload is estimated by computer simulation. Received label and payload qualities are assessed error rate as a function of received optical power and optical signal-to-noise.