… complete characterization of the optical pulses and temporal modulators commonly used in
telecommunication. … Ultrafast optics is becoming more important for optical communication as …

… be used to characterize optical pulses with durations ranging … We provide a comprehensive
mathematical analysis of this … here full and accurate characterization of picosecond optical …

… complete characterization of optical pulses from temporal intensity measurements. We will
refer to this technique as phase reconstruction using optical … of an optical time differentiator. …

… of RZ optical communications link providing description not only of pulse transmission in
the … contribution of the delayed response ofthe material to the total nonlinearity.The intra-…

… characterize ultrafast shaped pulses and their propagation in a single-mode optical
communications fiber … (which represent no transmission or complete transmission of the spectral …

… pulse characterization approach, we apply our method to 800 nm laser pulses for which
other established characterization … to provide a complete interferometric ATI-FROG trace. This …

… To measure an unknown pulse, we first temporally characterize a spatially filtered simple
pulse, E r ( x , y , ω ) , obtaining the required spatiotemporally known reference …

… pulse interval modulation and pulse position modulation; and error rate data and gated optical
receiver characteristics … position accuracy and linearity of less than 1 ns over the full range…

… , long-distance optical communication systems. More generally, the … complete pulse
characterization provided by the FROG technique clearly has many applications in nonlinear optics, …

… tion of terahertz pulse trains in optical fibers is of … optical communications systems and
far-infrared spectroscopy [8]–[10]. One difficulty with experimental studies of optical terahertz pulse …