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We propose an arbitrary radio-frequency waveform generator with high-speed switching capabilities. As a proof-of-principle demonstration, we design a two-tap filter with Gb/s transitions between triangle and square waveforms with ~12 GHz bandwidth content.
We demonstrate all-optical clock recovery with switchable wavelengths from 10 Gb/s RZ data using a semiconductor fiber laser that is mode-locked with a nonlinear optical loop mirror. The performance is independent of the data wavelength.
We analyze the performance of an optical packet switch in a WDM network using reduced sets of limited-range wavelength converters. Using random and optimal algorithms to match input and output wavelength sets, packet loss is considerably reduced over previously published matching algorithms
We analyze the performance of a packet switch in a wavelength division multiplexed network employing reduced sets of limited-range wavelength converters. Optimal operation is achieved by trading off conversion range and number of converters.
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