Portable Device for Prevention of Social Distancing Violations

The object of research of the master's thesis is a portable device for prevention of social distancing violations. The aim of this work is to reduce the incidence of new infections, such as COVID19, among employees of large enterprises during the invention of the vaccine, in order to exclude manufacturing downtime and reduce economic losses during epidemics and pandemics. To achieve this goal, the methods of analysis, modeling and conducting an experiment are used. The process is divided into stages of review and analysis of existing methods and solutions, structural circuit synthesis of the device with subsequent tracing of the board, writing a test firmware of the device, development of the device case with design calculations and reliability calculations. The result of the work is the results of calculations and simulations, design documentation for production, test firmware of the device, and a prototype of the device. The volume of the master's thesis, not including the appendices, is seventy-six pages. The number of tables in the work is five, illustrations is forty-three, sources used twenty-five.