High-speed optical pulse train generation by line-by-line spectral intensity and phase coding
Page 1 We generate ~100 GHz pulse trains from a relatively lowspeed mode-locked laser by …

We have built a simple line-by-line spectral intensity coder with 4 GHz resolution at 1.55 µm
using a grating, a collimating lens, and an intensity mask. By applying a 10 GHz mode …

We propose and numerically validate an all‐optical scheme to generate optical pulse trains
with varying temporal pulse‐to‐pulse delay and pulse duration. Our simulations confirm that …

A very high repetition rate optical pulse train is generated by using a chirped optical pulse
train obtained with a dispersive medium and an optical pulse laser source. Adjusting the …

A method to generate time-and wavelength-interleaved optical pulse trains based on
dispersion spreading and sectional compression is proposed and demonstrated. A 4× 2 …

We demonstrate an all-optical scheme for coding high frequency mode-locked
semiconductor laser pulse trains. The scheme is experimentally demonstrated by optically …

Ultra-fast Binary Code Pulse Train Generation Using Planar Lightwave Circuits Page 1 Ultra-fast
Binary Code Pulse Train Generation Using Planar Lightwave Circuits Bing Xia and Lawrence …

We experimentally demonstrate repetitive M-ary spectral phase pulse shaping by placing a
programmable pulse shaper driven by a 10-GHz source in a closed loop. This permits …

Generation of 10-GHz, 2-ps Optical Pulse Train with High Extinction Ratio and Low Timing Jitter
from a Continuous Wave Tunable o Page 1 ECOC 2005 Proceedings - Vol. 1 Paper M03.4.2 …

The generation of transform-limited optical pulses at a 1.5-μm wavelength is very important
for high-bit-rate time-division-multiplexed communication systems. A transform-limited …