Browsing by Author "EUFROSINO, Thalison Antonio de Andrade"

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    Protótipo de Baixo Custo e Funcional de IOT - Navy Tee
    (Instituto Brasileiro de Informação em Ciência e Tecnologia, 2023-06-22) SANTOS, Giovana Muniz dos; CANDIDO, Igor de Souza; SANTOS, Jhonatan Wesley; ANDRADE, Julia Karoline Ramos; EUFROSINO, Thalison Antonio de Andrade; ALMEIDA, Yan Gomes Aguiar de; SANTOS, Mariângela Martimbianco; ANDRADE, Nivaldo de; TELLES, Sidney Gitcoff; OLIVEIRA, Rodrigo Marudi de
    This project aims to use the knowledge acquired during the classes, applying them in a practical way, in the creation of an IoT prototype. The main objective will be the optimization of the internal environments of the Unifeob institution, with the implementation of intelligent vessels, with the ability to monitor and meet the needs of the plant, in a personalized way, being possible through sensors to monitor all its functions and data collected and accessible through an application. According to a study carried out by the University of Queensland, decorated environments with plants increase the productivity of gifts by up to 15%, also raising levels their well-being and contentment. Based on this, the university as a space learning process would benefit from this advantage, ensuring better performance of students and staff, as well as a higher degree of overall satisfaction.
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    SISTEMA DE GESTÃO E INTELIGÊNCIA DE NEGÓCIOS PARA ORGANIZAÇÕES SOCIAIS: NAVY TEC
    (Centro Universitário de Ensino Octávio Bastos, 2025-02-10) ALMEIDA, Marcelo Ciacco; ANDRADE, Nivaldo de; VALLIM, Max Streicher; OLIVEIRA, Rodrigo Marudi de; SANTOS, Mariângela Martimbianco; SANTOS, Giovana Muniz dos; ANDRADE, Julia Karoline Ramos; VENEZIAN, Livia Ribeiro; SALMASO, Nathan Heller Torati; EUFROSINO, Thalison Antonio de Andrade
    In this project, the main objective was to continue the Management System of Patients started in the previous module, with the beneficiary being the Support Association for Person with Cancer Lucas Tapi, a non-profit organization. As in the last stage of the project, data manipulation using Business Intelligence was essential, since the main objective of the system is the migration of patient and professional records to a database, facilitating not only access as well as the visualization of this data. As a way to increase operational efficiency, AWS was chosen as cloud computing provider, as it offers several resources that contribute to the data storage and management, also providing a high level of security. In developing the project's back-end, the team chose to use JavaScript and Node.js to implement an API that was efficient and secure. Seeking to ensure the scalability, the principles of RESTful architecture were used to build the API, also using a JWT authentication process to protect the confidentiality of patient and professional data. Having decided on the main points of the system's operation, it was possible proceed to the idealization of the interface, and later to its implementation. For the developing the front-end of the project, the team decided to use the Angular platform.