AbstractWe propose and test a new method of multiexponential transient signal analysis. The method based on cepstral deconvolution is fast and computationally inexpensive. The multiexponential signal is initially converted to a deconvolution model using Gardners' transformation after which the proposed method is used to deconvolve the data. Simulation and experimental results indicate that this method is good for determining the number of components but performs poorly in accurately estimating the decay rates. Influence of noise is not considered in this paper
This paper introduces a Pure Data abstraction that implements the method of cepstral deconvolution b...
Previously, analysis of transient multiexponential data using a combination of Gardner transform an...
Multiexponential decays may contain time-constants differing in several orders of magnitudes. In suc...
We propose and test a new method of multiexponential transient signal analysis. The method based on ...
Transient multiexponential signals with real decay constants occurs in different areas of science an...
A three-step procedure for the parameter estimation of transient multiexponential signals is propose...
Much has been reported about the analysis of transient multiexponentials data. In a previous paper, ...
The analysis of multiexponential decays is challenging because of their complex nature. When analyzi...
Previous work has shown that the deconvolution technique is one of the most effective procedures fo...
Deconvolution is an important preprocessing procedure often needed in the spectral analysis of tra...
Noise reduction in deconvolution process has been a challenge to researchers in the field of signa...
The problem of estimating the parameters of transient signals consisting of real decay constants ha...
Another attempt at estimating the time constants and number of components of multiple exponentials ...
There are several problems in applied science in which experimental observations can be accurately ...
Abstract- Noise reduction in deconvolution process has been a challenge to researchers in the field ...
This paper introduces a Pure Data abstraction that implements the method of cepstral deconvolution b...
Previously, analysis of transient multiexponential data using a combination of Gardner transform an...
Multiexponential decays may contain time-constants differing in several orders of magnitudes. In suc...
We propose and test a new method of multiexponential transient signal analysis. The method based on ...
Transient multiexponential signals with real decay constants occurs in different areas of science an...
A three-step procedure for the parameter estimation of transient multiexponential signals is propose...
Much has been reported about the analysis of transient multiexponentials data. In a previous paper, ...
The analysis of multiexponential decays is challenging because of their complex nature. When analyzi...
Previous work has shown that the deconvolution technique is one of the most effective procedures fo...
Deconvolution is an important preprocessing procedure often needed in the spectral analysis of tra...
Noise reduction in deconvolution process has been a challenge to researchers in the field of signa...
The problem of estimating the parameters of transient signals consisting of real decay constants ha...
Another attempt at estimating the time constants and number of components of multiple exponentials ...
There are several problems in applied science in which experimental observations can be accurately ...
Abstract- Noise reduction in deconvolution process has been a challenge to researchers in the field ...
This paper introduces a Pure Data abstraction that implements the method of cepstral deconvolution b...
Previously, analysis of transient multiexponential data using a combination of Gardner transform an...
Multiexponential decays may contain time-constants differing in several orders of magnitudes. In suc...