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at different rates and overlap at different time durations of biological processes, making the ability to discern the state of the tissue dependent on memory and the historical development of the parameters.
For example, during ischemia, there are a series of factors that individually contribute to either decreasing or increasing impedance at a frequency range. The sum of these effects typically results in a time development of electrical parameters during ischemia where there is in an early increase in impedance, before the impedance starts to decrease well
, would provide a unique solution for the problem of impedance imaging [ 11 ].
Since the development of the first EIT systems, more than three decades ago, researchers have tried their ways to improve the quality of the reconstructed image with regards to the spatial resolution of the final images. Both hardware improvements and software developments have been considered by researchers to improve the quality of reconstructed EIT images as discussed below.
Factors limiting resolution
The resolution of the reconstructed images largely depends on the EIT