2021
Authors
Marques, LT; Marques, BT; Silva, CAM; Rocha, RS; Silva, JCP; Silva, LCe; Queiroz, PGG; Castro, AFd;
Publication
Educação Contemporânea – Volume 15 – Ensino Superior
Abstract
2023
Authors
Câmara, IdMB; Amora, SSA; Queiroz, PGG; Alves, ABdS; Bezerra, RC; Macedo, RCBdS; Soares, KMdP; Bezerra, ACDS;
Publication
Revista de Gestão e Secretariado (Management and Administrative Professional Review)
Abstract
2018
Authors
Duarte, FL; Félix de Castro, A; Gadelha Queiroz, PG;
Publication
Computer Science & Information Technology
Abstract
2019
Authors
Torres Marques, L; Félix De Castro, A; Torres Marques, B; Carvalho Pereira Silva, J; Gabriel Gadelha Queiroz, P;
Publication
RENOTE
Abstract
2023
Authors
Oliveira M.M.A.D.; Lima R.C.S.; Costa M.V.L.D.; Trindade C.S.; Queiroz P.G.G.;
Publication
ACM International Conference Proceeding Series
Abstract
Designing systems to serve a large number of people, who have similar demands, but also have varied needs and generate a huge volume of data, requires a software architecture that allows constant evolution, is easy to maintain, and has the ability to scale smartly. The SPL technique with microservices architecture seems promising to meet these requirements, but this integration is not trivial. Thus, we conduct a SLR that identified 3 architectures that proposed the combination of these techniques. However, the architectures found were complex and reduced time-to-market, as they proposed the implementation of all resources through microservices. Thus, in order to reduce the complexity of development and, consequently, reduce the time to market, this work presents a proposal for the design of a hybrid SPL architecture, through the combination of large backend APIs and microservices. In addition, this research paper presents a case study that consisted of defining the architecture of a medical clinics SPL as a Multi-tenant Software as a Service. Finally, we compare the complexity of the architecture generated using our approach, with a microservice architecture constructed using other approach found in literature.
2020
Authors
do Carmo B.B.T.; de Souza D.F.L.; Queiroz P.G.G.; de Souza A.A.; de Lira I.L.B.;
Publication
Lecture Notes on Multidisciplinary Industrial Engineering
Abstract
Blood banks face inventory management problems associated to demand uncertainty and high inventory levels. An efficient blood inventory management is related to the use of simple, transparent and easy-to-understand procedures by blood banks’ employees. However, the literature about good practices in blood bank inventory management is scarce, reinforcing new developments need on this subject to ensure a good availability of blood products and reducing wastage. This research presents a blood inventory management system implemented in software, DOAR, able to meet demand while minimizing blood bags wastage. DOAR is simple, user-friendly and able to optimize blood inventory and donations. The purpose of the software is to provide a link between the demand by blood components and collected blood bags.
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