Trabajos de Titulación - Ingeniería de software
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- ÍtemEmbargoProyecto de Titulación embargado con fines de publicación de impacto.(Universidad Católica de Cuenca., 2024) Orellana Guamán, Juan Pablo; Quevedo Sacoto, Andrés Sebastián; 0105435457
- ÍtemEmbargoProyecto de Titulación embargado con fines de publicación de impacto.(Universidad Católica de Cuenca., 2024) Álvarez Sarmiento, Pedro Fernando; Quevedo Sacoto, Andrés Sebastián; 0106620222
- ÍtemAcceso AbiertoEstructura, dinámica y flujo de información de redes complejas a través del análisis de su modularidad(Universidad Católica de Cuenca., 2024) Portilla Portilla, Felipe Santiago; Moscoso Bernal , Santiago; 01500273670This project compared several methodologies for analyzing the structure of various ecological and institutional networks by creating modules or groups to study complex network communities. This was done by applying these methods in the Spyder tool and the Python programming language. From this process, the graphs of each network were obtained with a customized presentation to differentiate communities and nodes. Additionally, with the data acquired from implementing these methodologies, it was possible to mention each network's best and worst node clustering methods. This was done by presenting the results in a series of tables showing various values of the network structure. Finally, a series of recommendations were made regarding the issue of community creation methods and their use and the link between the data types to be subjected to structural processes and analysis due to the discussion generated from the results obtained and the comparison with other works.
- ÍtemAcceso AbiertoImplementación de un sistema de inventario para la empresa trompo-mobiliario infantil(Universidad Católica de Cuenca., 2024) Largo Anguisaca , Alex Paúl; Japón, Diana Ximena; 0107088569In the dynamic furniture market, operational efficiency is the driving force behind competitiveness. In this context, Trompo-Mobiliario Infantil took the initiative to implement an inventory system that will enhance its ability to meet operational challenges and stay at the forefront of the industry. The imperative need to optimize asset and product management led Trompo-Mobiliario Infantil to seek technological solutions. The lack of visibility and control over inventory levels generated shortages and lost sales opportunities. Therefore, the objective of this project is to optimize product and asset management by implementing an "Inventory System" based on modern software tools. This system will be designed with the purpose of improving operational efficiency in the management of its resources, allowing detailed tracking of products in stock, inventory movements and asset status. With this solution, the company will be able to manage its inventory more effectively, optimizing processes and ensuring better control of its resources, which will result in a significant improvement in its operations and competitiveness in the market. The methodology adopted was based on a waterfall development approach, covering crucial stages such as requirements analysis, database design, system architecture, system development and implementation. Each phase was carried out with precision and following recognized guidelines in software development, from the identification of requirements to the deployment of the system in production. In the development of the system, modern tools and technologies were used. In the Backend, the hexagonal architecture pattern was adopted with Nest.js and Node.js, while the Frontend was built with Flutter and Dart, allowing a multiplatform application. The choice of MongoDB as the database management system was based on its adaptability and flexibility, fundamental for a dynamic business environment. The results obtained reveal the innovation in the inventory management of Trompo-Mobiliario Infantil. Functional and non-functional requirements were identified and effectively addressed, allowing for everything from product and customer registration to an informative dashboard. The designed database supports the functionality of the system, and the implemented architecture guarantees flexibility and scalability. The Backend and Frontend, developed with advanced architectural patterns, provide an intuitive interface and an efficient user experience. After the implementation of the inventory system, an exhaustive evaluation was carried out through manual and user tests to validate its operation. Ten representative users from different areas of the company participated. User interface, functionality and security tests were conducted to ensure consistency, efficiency and data protection. Subsequently, the focus was on ongoing maintenance of the system, with iterative improvements based on user feedback. These improvements were made in response to the needs and difficulties reported by users, thus ensuring a stable and satisfactory system that met quality standards and user expectations. This article provides a complete overview of the process undertaken, starting from the identification of the need to optimize product and asset management in the children's furniture market, to the successful implementation of an inventory system designed with this purpose in mind. The different stages of the implementation process are detailed, including the evaluation of the system through manual and user testing, as well as the focus on ongoing maintenance to ensure optimal performance.
- ÍtemEmbargoProyecto de Titulación embargado para publicación. Estará disponible a la fecha de publicación o de cierre de embargo.(Universidad Católica de Cuenca., 2024) Antuash Wachapa, Ruth Magaly; Guamán Mendoza, Yanela Anahí; Culcay Villavicencio, Iván Patricio; 1400862809; 0704684901
