In connection with the spread of viral diseases caused by COVID-19, its high dynamics and the formation of infection outbreaks were observed. The experience from the first wave of the pandemic showed that, although state-wide measures are effective, they have a significant economic impact and more effective solutions are therefore necessary. In the activities aimed at combating the pandemic caused by COVID-19, one of the most effective means is the isolation of sick patients and the most vulnerable population groups, where the level of risk is the highest. No universally applicable technical solutions which are available on the commercial market would assist in population isolation, in case of protection and monitoring. Creating a mobile monitoring system to protect isolated and at-risk population groups against the spread of viral diseases is highly relevant within Slovakia and with great potential for applicability abroad. This article is focused on the project description that was approved in connection with the protection against the spread of COVID-19, the definition of its main goals, methodology, activities, and benefits.
The article describes the possibilities of using simulation in various fields, whether in aviation, education or in many other sectors. Modeling and simulation in computer training to increase civil security are becoming particularly important for the development of today's society. Many simulator programs today allow the simulation of the influence of individual human factors and it is possible to apply this into model situations, which for safety reasons is difficult to test in real life. However, accurate and effective models of human behavior also indicate great potential in military and crisis management. At present, these methods can be used to simulate the behavior of isolated individuals and entities that have a major impact, for example, on the spread of various viral diseases, depending on several factors. These factors include population, geographical location, age group of the isolated and also social and cultural aspects, to which special space is devoted in this article. These factors can be used as inputs to the model for predicting the behavior of isolated groups of the population, on the basis of which it is possible to estimate in advance the spread of a possible epidemic, through various simulations.
In connection with the spread of viral diseases caused by COVID-19, its high dynamics and the formation of infection outbreaks were observed. The experience from the first wave of the pandemic showed that, although state-wide measures are effective, they have a significant economic impact and more effective solutions are therefore necessary. In the activities aimed at combating the pandemic caused by COVID-19, one of the most effective means is the isolation of sick patients and the most vulnerable population groups, where the level of risk is the highest. No universally applicable technical solutions which are available on the commercial market would assist in population isolation, in case of protection and monitoring. Creating a mobile monitoring system to protect isolated and at-risk population groups against the spread of viral diseases is highly relevant within Slovakia and with great potential for applicability abroad. This article is focused on the project description that was approved in connection with the protection against the spread of COVID-19, the definition of its main goals, methodology, activities, and benefits.
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