TCC - Bacharelado em Sistemas da Informação (Sede)
URI permanente para esta coleçãohttps://arandu.ufrpe.br/handle/123456789/427
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Item Alagamentos e Inundações - Uso de visualização geométrica para análise de risco associados ao volume de chuva e altura das marés na cidade do Recife(2022-06-06) Gomes, Igor de Melo Laurentino; Bocanegra, Silvana; Albuquerque, Jones Oliveira de; http://lattes.cnpq.br/1220553574304474; http://lattes.cnpq.br/4596111202208863; http://lattes.cnpq.br/3909324432072958The purpose of this paper is to present a model of a risk diagram related to the occurrence of floods in the city of Recife. Visual artifacts that could be used as information sources and support decisions, disaster prevention and specific actions to mitigate adverse effects caused by rains are the expected results of this paper. To achieve the main goal, the calculating model for COVID-19 propagation risk created by IRRD in association with the Polytechnic University of Catalunya was adapted to the climatology’s theme. The presented results were collected in a day with big rain precipitation in the metropolitan region of Recife, and this was good for evidence capture and to prove the proposed model is applicable indeed.Item Desenvolvimento de um sistema integrado baseado em IoT para automação de um Clinostato 3D(2022-08-23) D’Amorim, João José Antonio Souza; Albuquerque, Jones Oliveira de; http://lattes.cnpq.br/1220553574304474The integrated system based on IoT for automation, is a set of technological devices aiming at microgravity in an Internet control and microgravity simulator. Terrestrial gravity is capable of masking scientific and technological experiments, in view, the 3D Clinostat is able to promote a microgravity environment offering a more accurate result in various types of experiments. The extra axis speed per minute, temperature of the two axis stepper motors and the environment, the values of the three axes x,y and z of the accelerometer and the values of the x,y and z axes of the gyroscope, speed sensors, three, temperature, accelerometer and gyroscopes to the equipment. Aiming at a simple and intuitive user cloud in a simple way and values of the data obtained, with the purpose of informing and controlling, simultaneously, the equipment, the values in a spreadsheet in the intuitive display in an IoT dashboard platform in realtime and sends alerts about the operation through a Bot on an instant messaging communication platform. The proposed integrated is capable of extracting the aforementioned data from the precision sensors, through a simple and objective measurement system, in the form of a real system and auxiliary measurement for measuring the tested equipment.Item Desertificação - Uso de visualização geométrica para análise de risco(2022-06-06) Paiva Neto, José Augusto de; Bocanegra, Silvana; Albuquerque, Jones Oliveira de; http://lattes.cnpq.br/1220553574304474; http://lattes.cnpq.br/4596111202208863; http://lattes.cnpq.br/0458859679894808The process of misuse of land, lack of rain and several other factors can lead the region to become a desert. Once a region becomes deserted it may be impossible to reverse this condition.Frequently analyzing the risk of desertification can facilitate public policies to mitigate these effects.This paper aims to bring a proposal for risk analysis of regions that are at the nucleus of desertification in the northeast using vegetation data. This paper presented a high risk of desertification in 3 municipalities in northeastern Brazil.Item Mpox - uso de visualização geométrica para análise de risco(2024-03-05) Oliveira, Filipe Carlos Xavier de; Bocanegra, Silvana; Albuquerque, Jones Oliveira de; http://lattes.cnpq.br/1220553574304474; http://lattes.cnpq.br/4596111202208863; http://lattes.cnpq.br/5558598271009886The point of this paper is to analyze the risk levels of monkeypox in countries belonging to the continents of Europe, North America and South America, which have a greater number of cases. To this, an approach based on an empirical methodology that shown good results will be used to assess the risk of Covid-19, through diagrams. Frequent visual information on the state of the disease maximizes the effects of prevention, control and decisions by responsible agencies, as risk analysis can be done in advance. The results obtained with the proposed approach represent that: The countries selected in the study presented high risk levels in the months of July and September 2022, and in July 2023 they presented low risk levels.