Fiber-optical technologies for information (internet, intranet etc.) and energy networks

Abstract

The article draws a conclusion using the biblio-semantic approach regarding theperspective of creating optoelectronic networks for the exchange of telemedical data, formulateda range of unsolved problems and identified the main directions of their development. Thedevelopment based on the model of the telemedical data transmission information channel of thefiber-optic communication channel for the exchange of telemedical information with theadditional introduction to its structure of optical amplifiers with automatic gain control(AMP) and the unit of automatic control and diagnostics of the optical cable provided remotecontrol with state determination cable fibers; automatic diagnosis of the condition of the cablewith an accurate determination of the location and nature of the damage, linking of reflectors tothe geographical map of the area and analysis of changes in the parameters of the VOKZ overtime, which ultimately increased the reliability and improved the quality of the transmission ofbiomedical information. automatic . The development of a fiber-optic telemedicine network forthe exchange of operational results of telemedical diagnostics and health monitoring of patientsin remote areas of the Vinnytsia region through fiber-optic communication channels will in thefuture ensure its adaptation to the DICOM standard, information support for decision-making,and a flexible work management system network in compliance with the requirements for theprotection of personal data of patients.