Case summary
At a glance
Especially in the field of regenerative medicine, is limited by the complex structure of the bone itself. The microenvironment of the cells is widely unknown in the natural bone and at the interface of bonecontrast images with EITand implant materials. With the focus on bone like cells it is important to control oxygen and acidification as main […]
Full reference article
Jaesong Jang, Computional Science & Engineering, Yonsei University Seoul, South Korea
The goal is to discriminate admittivity anomaly from background which consists of high-contrast materials. To remove the influence of the inhomogeneous background, linear combinations of multi-frequency EIT (mfEIT) data are used to produce contrast images.
Multiple backgrounds subtraction method is used for the linear combinations of mfEIT data.
