Navegando por Assunto "MVP (Minimum Viable Product)"

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Implementação de ambiente de baixa complexidade para sistema distribuído baseado em NGINX
(Centro Universitário do Estado do Pará, 2020) Farias, João Tomé de; Aquino, Renato Silva de; Baganha, Alessandra Natasha Alcântara Barreiros
Distributed systems foresee process decentralization and scalability, however, not always associated with increased performance and low complexity. This happens due to the difficulty of allocating processes on certain processors and complicating the implementation of the environment, recognized disadvantages of the distribution and responsible, therefore, for the underutilization of the system. The worst result, in this case, implies denying access or limiting resources to maintain the integrity of services. The search for high performance, simplicity of implementation and integrity of the solution are constant and sources of several publications in Distributed Systems. This work aims to develop a product to propose a solution for this approach, intending to optimize access, low complexity and integrity in distributed systems.
iTutor: aplicação híbrida para medida de aleatoriedade em redes de discussão
(Centro Universitário do Estado do Pará, 2022-12-05) Barbosa, Elielson Fernando do Santos; Freitas, Lucas da Silva; Lima, Pedro Augusto Pinto de; Araújo, Fábio Rocha de
Networks are structures in which there is a set of elements connected to each other and can be observed in various contexts, as seen in social or material structures designed by humanity. In view of this, society has been using discussion networks with a focus on enhancing the achievement of a concise conclusion about a given topic, discussions that have a randomness metric which evaluates the efficiency of the network interactions, with a focus on obtaining the results of the discussion networks to classify the quality of the discussion. The objective of this course work is the definition of metrics for analyzing the performance of discussion networks and the creation of an application that will allow the recording and visualization of the interactions of these networks. For this, an application was developed that records interactions during a discussion and also a server that processes this data and returns it to the application. The results obtained were an application that manages the flow of groups and discussions, in addition to also generating the randomness index and the interaction graph, duly available in the play store. This course work satisfactorily fulfilled the proposed objectives, creating metrics and satisfactory forms of evaluation discussion networks.