Dr. Jennifer Mueller - Department of Mathematics at Colorado State University
Dr. Jennifer Mueller - Department of Mathematics at Colorado State University

 
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  Movies for the paper Dynamic optimized priors for D-bar reconstructions of human ventilation using electrical impedance tomography, M. Alsaker, J.L. Mueller and R. Murthy, 2017

Reconstructions of ventilation with the D-bar method with no prior .avi file

Reconstructions of ventilation with the D-bar method and a dynamic heart and lungs prior .avi file

Reconstructions of ventilation with the D-bar method and a dynamic heart and lungs prior with diaphragm .avi file

Movies of dynamic heart and lungs prior with diaphragm (shape of outer and organ boundaries).avi file

Movies for the paper Real-time implementation of Calderon's method on subject-specific domains, P. A. Muller, J.L. Mueller and M. M. Mellenthin, 2016

Conductivity changes due to ventilation reconstructed on a circular domain by Calderon's method .avi file

Conductivity changes due to ventilation reconstructed on a subject-specific domain by Calderon's method .avi file

Conductivity changes due to ventilation reconstructed on a subject-specific domain by the D-ar method .avi file

Conductivity changes due to perfusion reconstructed on a subject-specific domain by Calderon's method .avi file

Movies for the paper Direct 2-D reconstructions of conductivity and permittivity from EIT data on a human chest, C.N.L. Herrera, M.F.M. Vallejo, J.L. Mueller and R.G. Lima, 2013

Conductivity changes due to ventilation reconstructed on a noncircular domain by the fully nonlinear D-bar method .mov file

Permittivity changes due to ventilation reconstructed on a noncircular domain by a D-bar method for reconstructing a complex admittivity .mov file

Conductivity changes due to perfusion reconstructed on a circular domain by the fully nonlinear D-bar method .mpg file

Permittivity changes due to perfusion reconstructed on a circular domain by a D-bar method for reconstructing a complex admittivity .mpg file

Conductivity changes due to perfusion reconstructed on a noncircular domain by the fully nonlinear D-bar method .mov file

Permittivity changes due to perfusion reconstructed on a noncircular domain by a D-bar method for reconstructing a complex admittivity .mov file