This paper describes a medical imaging technique, called Electrical-Impedance Tomography. It then considers those applications in which a real-time EIT system would be useful. A design for such a system is presented, highlighting those areas that are critical in a real-time application.
Barber, D.C. and Brown, B.H.1985. 'Recent developments in Applied Potential Tomography', Proc 9th conf Information Processing in Medical Imaging, Martinus Nijhoff, 106-121.
2.
Brown, B.H. and Seagar, A.D.1987. 'The Sheffield Data Collection System', Clin Phys Physiol Meas, 8, (Suppl A), 91-97.
3.
BS 5724, 1989. 'Specification of Safety of Medical Electrical Equipment - part 1', sub-clause 19.3, British Standards Institution .
4.
Raemer, H.R.1969. Statistical Communication Theory and Applications , Prentice Hall, 79-79.
5.
Seagar, A.D. et al. 1987. 'Electrical Impedance Imaging', Proc IEEE, 134, Pt. A, (2), 201-210.
6.
Smith, R.W.M. et al. 1989. 'Digital Demodulator for Electrical Impedance Imaging', Proc annual IEEE/ EMBS conf, 11: 1989, (6), 1744-5.