A novel and simple method to measure the amplitude and the phase of optical pulses is
presented. The technique basically involves modulating the optical pulse train in a particular …

We propose an experimental technique that allows for a complete characterization of the
amplitude and phase of optical pulses in space and time. By the combination of a spatially …

Two spectrographic techniques for the complete characterization (amplitude and phase) of
optical pulses with durations commensurate with high bit-rate communications systems (2 …

Cross-phase modulation in optical fibers has been used for complete characterization of
ultrashort pulses by a modified frequency-resolved optical gating (FROG) measurement …

We demonstrate a simple method for complete characterization (of amplitudes and phases)
of short optical pulses, using only a dispersive delay line and an oscilloscope. The …

We present a frequency-resolved optical gating geometry permitting the characterization of 1-
mW average power 2.5-ps pulses over the whole C-band at 10-GHz repetition rate. This …

Aiming at the measurement of waveform and phase of optical pulses at 1.55 μm, we
construct an optical sampling system that enables sonogram characterization of optical …

A novel method using optical fiber parametric amplification and phase modulation is
proposed in order to generate Nyquist pulses. Using parabolic pulses as a pump, we show …

We present a single-shot frequency-resolved optical gating setup for measurements of
ultrashort pulse intensity and phase down to single-optical-cycle durations. Several issues …

Measuring Fast Pulses Slow Detectors Page 1 Measuring Fast Pulses With Slow Detectors By
Ian Walmsley and Rick Trebino Page 2 Snapshot: It is now possible to measure the complete …