A technique for significantly suppressing severe fourth-order dispersion of ultrashort optical
pulses in long-distance transmission is analyzed by use of the quadratic phase from the …

Transmission of short pulses with suppressed third-order fibre dispersion effects is
demonstrated by sinusoidal phase modulation of stretched optical pulses. Numerical …

The authors demonstrate wideband dispersion compensation of a 85 km fibre link up to the
fourth-order. The second-order and third-order dispersions of a standard singlemode fibre …

In this paper, we numerically and experimentally study two methods to generate 20-GHz
pulse trains at 1550nm from a dual-frequency beat-signal. The first method is based on the …

Record distance transmission of 250-fs pulses over 139-km optical fiber at 6-GHz repetition
is realized by compensating chromatic dispersion up to fourth-order using a novel approach …

Optical pulse distortion due to third-order dispersion (TOD) in linear fiber transmission of 250-
fs pulses at 5 GHz over 600 m is reduced by applying electrooptic phase modulation …

We demonstrate the transmission of a 40-Gb/s signal over multiple (up to six) 120-km spans
of conventional single-mode fiber (SMF). We use a very low duty cycle return-to-zero (RZ) …

Broadening of the pulse waveforms by the higher-order dispersion of a transmission line is a
critical limiting factor in achieving terabit-per-second optical time-division multiplexed …

We demonstrate nearly distortionless 2.5-km fiber transmission of sub-500-fs pulses, using a
combination of standard single-mode fiber, dispersion-compensating fiber, and a …

We demonstrate essentially distortionless 50? km fiber transmission for? 500? fs pulses,
using dispersion-compensating fiber and a programmable pulse shaper as a spectral phase …