Ensuring the Efficiency of the Hazardous Biotronics Technologies

Abstract

In most cases when developing biotronics systems (BTS) it falls to seek maximum efficiency of these systems, despite the required input of material ant time resources. Several methods applicable when improving the efficiency of hazardous BT technologies (HT) were discussed. It was proved, that HT efficiency depends on the modularity of these technologies and their control integrality. Using mathematical expressions it was shown that differential control of implementation of HT components is more efficient than its integral counterpart. It was indicated, that advantage of differential control of HT performance (when compared to integral) is higher in cases when task accomplishment probabilities of modules of these technologies are relatively small. It was proved analytically that when using the majoritarian methods of control of components of these technologies, overall task accomplishment probability increases. It is recommended to use the adaptive management of procedures when performing the majoritarian control of implementation of HT components. Ill. 7, bibl. 7. (in English; summaries in English, Russian and Lithuanian).