[Adaptive methods in the electric impedance reconstruction of biologic objects]. / Adaptivnye metody pri élektroimpedansnoi rekonstruktsii biologicheskikh ob'ektov.

The algorithms of processing data array for electric impedance tomography are proposed. The ways of developing medical diagnostic complexes that involve electric impedance diagnosis and electric stimulation in a patient are shown. The adaptive chains of coordination of impedances have been studied on mathematical models and in experiments. These chains make it possible to fix high-frequency power during electrostimulation and to measure the complex impedance of objects.

[Adaptable high-frequency generators for biomedical purposes]. / Adaptiruiushchiesia vysokochastotnye generatory dlia biomeditsinskikh tselei.

Problems in the construction of automatically changes-adaptable generators made by using planar technology are considered. Adaptation methods realizing their devices are proposed. Experimental findings are presented. There is a decrease in the reflected power from a variable within 6 octaves of a load by 30 dB.