Estimation of thorax shape for forward modelling in lungs EIT

Bayford, R.; Bayford, R.; Christofides, S.; Christofides, S.; de Gelidi, S.; de Gelidi, S.; Demosthenous, A.; Demosthenous, A.; Frerichs, I.; Frerichs, I.; Khodadad, D.; Khodadad, D.; Nordebo, S.; Nordebo, S.; Seifnaraghi, N.; Seifnaraghi, N.; Sorantin, E.; Sorantin, E.; Tizzard, A.; Tizzard, A.; Tschauner, S.; Tschauner, S.; Van Kaam, A.; Van Kaam, A.; Waldmann, A.; Waldmann, A.

Estimation of thorax shape for forward modelling in lungs EIT

Authors: R. Bayford
R. Bayford
S. Christofides
S. Christofides
S. de Gelidi
S. de Gelidi
A. Demosthenous
A. Demosthenous
I. Frerichs
I. Frerichs
D. Khodadad
D. Khodadad
S. Nordebo
S. Nordebo
N. Seifnaraghi
N. Seifnaraghi
E. Sorantin
E. Sorantin
A. Tizzard
A. Tizzard
S. Tschauner
S. Tschauner
A. Van Kaam
A. Van Kaam
A. Waldmann
A. Waldmann
Publication date: 1 January 2017
Publisher: Thayer School of Engineering at Dartmouth
Doi

Abstract

The thorax models for pre-term babies are developed based on the CT scans from new-borns and their effect on image reconstruction is evaluated in comparison with other available models

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