Development and automation of an experimental complex for studying the effect of superelasticity of biological tissues using the Machine Vision Method
On the basis of the Altai State and Altai State Medical Universities, an installation and a system for recording and analyzing the effect of superelasticity of biological tissues have been developed. The effect of superelasticity is observed in alloys based on TiNi-alloys, as well as in biological tissues, which determines the widespread use of medical implants based on TiNi, which have physical and mechanical biocompatibility. Arduino-compatible modules were used as a registration system in conjunction with the dotScope experiment registration and processing program. The registration system also includes a machine vision system based on a digital microscope and a Java sketch in the Processing environment. To transfer data from a Java program to the dotScope environment, a plug-in based on reading udp datagrams has been developed.