Image reconstruction is the main research problem of electrical capacitance tomography
(ECT). In this article, a novel ECT image reconstruction algorithm based on an efficient …

Electrical impedance tomography (EIT) is a widely used functional imaging technology in the
field of biomedical engineering with the characteristics of non-radiation, high temporal …

This article presents a direct digitization bio-impedance (BioZ) readout IC with high power-to-
noise efficiency over a wide input impedance range. This design features a delta-sigma () …

This paper reports a new approach to quantitatively evaluate the performance of Electrical
Tomography (ET) in measuring dynamic multiphase flows. A virtual multiphase flow imaging …

Preventing living tissues' direct exposure to ionising radiation has resulted in tremendous
growth in medical imaging and e-health, enhancing intensive care of perilous patients and …

Dynamic lung imaging is a major application of Electrical Impedance Tomography (EIT) due
to EIT's exceptional temporal resolution, low cost and absence of radiation. EIT however …

A proposed low-cost, portable, 32-channel (4 rings of 8-channel) Electrical Impedance
Tomography (EIT) system based on the AFE4300 analog front-end for body composition …

This paper describes the development of a compact high frame rate passive electrical
impedance tomography system. The injected current amplitude and frequency can be …

Electrical impedance tomography (EIT) is receiving considerable research interest in a
variety of applications. With this technique, it is possible to reconstruct conductivity …

Functional lung imaging for neonates using electrical impedance tomography (EIT) requires
a fast frame rate to avoid under sampling the faster respiratory rate in neonates than adults …