ABSTRACT
In this article, we analysed the situation during the pandemics of COVID-19 virus in the Slovak Republic. We summarized measures within transport system, that Slovak Republic took in an attempt to soften the impact of the virus and to minimize its spread. We found out that these measures and the swiftness of their adoption had strong influence on flattening the curve of virus spreading. The main contribution of this article is in deeper look into possibilities of a smart transport system, aimed to identify, what more could the smart transport system offer to help in a fight of the country against spreading virus. For this purpose, we need to remind our previous work, where we described concept Smart City, concept Safe City, and their systems. One of these systems is system smart transport, and its description in previous work was the base ground for our design of additional solutions, improving safety in the time of pandemics. Therefore, this article will start with description of system Safe City and system smart transport, followed by examination of the case, evaluation of adopted measures, and proposal of additional measures. The focus of proposed measures will be given to the original design of mass transport system. © 2023, The Author(s), under exclusive license to Springer Nature Switzerland AG.
ABSTRACT
The increase in COVID-19 infections due to the appearance of new variants causes serious health problems in the population. Although the majority of those infected have no symptoms, approximately 19% will require oxygen therapy for respiratory support, either by invasive or non-invasive ventilation. The high costs of this equipment mean that hospitals in developing countries have a limited supply of such equipment. Therefore, this paper presents the redesign, simulation, fabrication, and evaluation of a CPAP device that was developed in Europe but has now been replicated in Latin America. It starts with the analysis of the device’s original design and through exploratory techniques and computer simulation the materials, parts, and assembly are determined. Functional tests validate that a prototype similar to the original was obtained that will provide noninvasive positive air pressure that keeps patients' airways open. © 2022 IEEE Computer Society. All rights reserved.
ABSTRACT
In this article, we analysed the situation during the pandemics of COVID-19 virus in the Slovak Republic. We summarized measures within transport system, that Slovak Republic took in an attempt to soften the impact of the virus and to minimize its spread. We found out that these measures and the swiftness of their adoption had strong influence on flattening the curve of virus spreading. The main contribution of this article is in deeper look into possibilities of a smart transport system, aimed to identify, what more could the smart transport system offer to help in a fight of the country against spreading virus. For this purpose, we need to remind our previous work, where we described concept Smart City, concept Safe City, and their systems. One of these systems is system smart transport, and its description in previous work was the base ground for our design of additional solutions, improving safety in the time of pandemics. Therefore, this article will start with description of system Safe City and system smart transport, followed by examination of the case, evaluation of adopted measures, and proposal of additional measures. The focus of proposed measures will be given to the original design of mass transport system. © 2023, The Author(s), under exclusive license to Springer Nature Switzerland AG.