In this paper, the authors present a first experimental demonstration of time-lens-based
operation by electrooptic phase modulation to perform real-time spectral analysis of optical …

A simple noniterative electric field retrieval method using a sinusoidally driven optical phase
modulator is demonstrated. We derive an analytic relation between the two-frequency …

Spectro-temporal imaging (time-to-frequency conversion) constitutes a simple and direct
(single-shot) technique for the high-resolution measurement of fast optical temporal …

Time-Resolved Waveform Measurement of High-Speed Phase-Modulated Optical Signals
Using Self-Homodyne Interferometry Page 1 ECOC 2005 Proceedings - Vol.3 Paper We2.3.2 …

We propose and experimentally validate an all‐fiber based approach to characterize the
phase and intensity profiles of optical pulses. Based on three optical spectra affected by …

A very simple self-referenced, linear pulse-characterization technique based on spectral
phase reconstruction by frequency-domain signal differentiation is introduced. This …

We demonstrate a simple technique for simultaneous and complete characterization of the
optical pulses and temporal modulators commonly used in telecommunication. The electric …

The authors report a method for stretching electrical signals in time. A high chirp rate is
imposed on the electrical signal by mixing it with a dispersed ultra-short optical pulse in an …

We use a waveguide-based electro-optic phase modulator, driven by a nanosecond-
timescale arbitrary waveform generator, to produce an optical spectrum with an arbitrary …

Accurate intensity and phase measurement of high-speed optical pulses is becoming more
important with the ever increasing data rates of fiber links. Linear spectrograms employing …