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Deconvolving the Input to Random Abstract Parabolic Systems; A Population Model-Based Approach to Estimating Blood/Breath Alcohol Concentration from Transdermal Alcohol Biosensor Data. (arXiv:1807.050
来源于:arXiv
The distribution of random parameters in, and the input signal to, a
distributed parameter model with unbounded input and output operators for the
transdermal transport of ethanol are estimated. The model takes the form of a
diffusion equation with the input, which is on the boundary of the domain,
being the blood or breath alcohol concentration (BAC/BrAC), and the output,
also on the boundary, being the transdermal alcohol concentration (TAC). Our
approach is based on the reformulation of the underlying dynamical system in
such a way that the random parameters are treated as additional spatial
variables. When the distribution to be estimated is assumed to be defined in
terms of a joint density, estimating the distribution is equivalent to
estimating a functional diffusivity in a multi-dimensional diffusion equation.
The resulting system is referred to as a population model, and well-established
finite dimensional approximation schemes, functional analytic based convergence
arguments, 查看全文>>