Some years ago we proposed to employ also the time devoted to the pulse measurement to perform part of the baseline evaluation. We called the method “Shared baseline restoration. In this contribution we show and exploit a further advantage of the method which was not considered before, i.e., its ability to fabricate WFs adapted to the time interval between subsequent pulses with (almost) no noise change. In such a way the peaks in the resulting spectrum will have a perfectly Gaussian shape, differently from other methods of gaining time adaptivity
We propose a mathematical method to automatically evaluate the weights of the digital filters used f...
The problem to track time-varying properties of a signal is studied. The somewhat contradictory noti...
Author Institution: Department of Physics, Michigan State University East LansingBy convoluting an e...
In many modern applications based on detected radiation measurements, high rate and high resolution ...
In many modern areas of application of detected radiation measurements, high rate and high resolutio...
When engineers start working in the Time Domain, they soon learn that the optimum pulse response is ...
Considers a procedure for spectral manipulation, based upon a time domain sampling algorithm, applie...
A measurement system's components: cabling, delay line, waveform recorder, etc., degrade acquired si...
An approach that automatically adapts the window length to the changes in instantaneous frequency (I...
Many spectroscopic applications of femtosecond laser pulses require properly-shaped spectral phase p...
A low-cost method of adding time-resolving capability to commercial Fourier transform spectrometers ...
The principal aim of a spectral observer is twofold: the reconstruction of a signal of time via stat...
Thesis (Ph. D.)--University of Rochester. College of Engineering and Applied Science. Institute of O...
Contains fulltext : mmubn000001_065760174.pdf (publisher's version ) (Open Access)...
Real-time dynamic Fourier analysis of high-speed signals is difficult using either digital or analog...
We propose a mathematical method to automatically evaluate the weights of the digital filters used f...
The problem to track time-varying properties of a signal is studied. The somewhat contradictory noti...
Author Institution: Department of Physics, Michigan State University East LansingBy convoluting an e...
In many modern applications based on detected radiation measurements, high rate and high resolution ...
In many modern areas of application of detected radiation measurements, high rate and high resolutio...
When engineers start working in the Time Domain, they soon learn that the optimum pulse response is ...
Considers a procedure for spectral manipulation, based upon a time domain sampling algorithm, applie...
A measurement system's components: cabling, delay line, waveform recorder, etc., degrade acquired si...
An approach that automatically adapts the window length to the changes in instantaneous frequency (I...
Many spectroscopic applications of femtosecond laser pulses require properly-shaped spectral phase p...
A low-cost method of adding time-resolving capability to commercial Fourier transform spectrometers ...
The principal aim of a spectral observer is twofold: the reconstruction of a signal of time via stat...
Thesis (Ph. D.)--University of Rochester. College of Engineering and Applied Science. Institute of O...
Contains fulltext : mmubn000001_065760174.pdf (publisher's version ) (Open Access)...
Real-time dynamic Fourier analysis of high-speed signals is difficult using either digital or analog...
We propose a mathematical method to automatically evaluate the weights of the digital filters used f...
The problem to track time-varying properties of a signal is studied. The somewhat contradictory noti...
Author Institution: Department of Physics, Michigan State University East LansingBy convoluting an e...