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![1 Comparison of DS RF-CDMA and spectral-phase-coded OCDMA [10]. (a) Time-domain behavior for RF-CDMA (equivalent to frequency-domain behavior for OCDMA). (b) Frequency-domain behavior for RFCDMA (equivalent to time-domain behavior for O-CDMA).](publication/331080253/figure/fig1/AS:726024664911883@1550109177795/Fig-11-Comparison-of-DS-RF-CDMA-and-spectral-phase-coded-OCDMA-10-a-Time-domain.png)
1 Comparison of DS RF-CDMA and spectral-phase-coded OCDMA [10]. (a) Time-domain behavior for RF-CDMA (equivalent to frequency-domain behavior for OCDMA). (b) Frequency-domain behavior for RFCDMA (equivalent to time-domain behavior for O-CDMA).
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![Fig.: 1.1 Comparison of DS RF-CDMA and spectral-phase-coded OCDMA [10]....](publication/331080253/figure/fig1/AS:726024664911883@1550109177795/Fig-11-Comparison-of-DS-RF-CDMA-and-spectral-phase-coded-OCDMA-10-a-Time-domain_Q320.jpg)
In his paper, we have demonstrated the feasibility of a spectrally efficient wavelength-division-multiplexing-compatible optical code-division multiple-access system using 16 phase-locked laser lines within a 40-GHz tunable window as frequency and an ultrahigh frequency resolution spectral phase encoder–decoder. Coding and decoding slots using bi...
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