Análisis y diseño de la red de datos de las instalaciones del proyecto especial binacional desarrollo integral de la cuenca del Rio Putumayo- 2023
Date
2024-02-05
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Universidad Científica del Perú
Abstract
Esta tesis aborda la problemática de una infraestructura de red antigua en el Proyecto Especial Binacional Desarrollo Integral de la Cuenca del Río Putumayo. Se destaca la necesidad de analizar y diseñar una nueva infraestructura para mejorar la transmisión de datos. Los desafíos incluyen limitaciones en velocidad y capacidad, falta de soporte para tecnologías modernas, integración complicada de dispositivos y sistemas, limitaciones presupuestarias y falta de recursos capacitados, la formulación del problema general se centra en la medida en que el diseño de una nueva red mejora el manejo de la información. Los problemas específicos incluyen cómo mejorar la infraestructura y velocidad de la red, así como aumentar la satisfacción de los usuarios, los objetivos generales y específicos apuntan a diseñar una infraestructura adecuada, mejorar la velocidad y aumentar la satisfacción de los usuarios. Las hipótesis sugieren que el diseño de una nueva red mejora el manejo de la información, Se identifican variables como la red de datos (independiente) y el manejo de información (dependiente), la metodología aplicada incluye un diseño experimental pre-prueba/post-prueba, se presenta una población y muestra específica, con técnicas de recolección de datos como la observación y encuestas de satisfacción. Los datos se procesan y analizan estadísticamente, los resultados indican mejoras significativas en la velocidad de transmisión y la satisfacción del usuario después de la implementación del nuevo diseño de la red. Las discusiones incluyen la comparación con investigaciones similares, y las conclusiones resaltan la importancia del diseño de la infraestructura y la mejora continua, se hacen recomendaciones, como la actualización continua, capacitación del personal, monitoreo y mantenimiento regular, y el desarrollo de políticas de seguridad.
This thesis addresses the issue of an outdated network infrastructure in the Special Binational Project for the Integral Development of the Putumayo River Basin. It emphasizes the need to analyze and design a new infrastructure to enhance data transmission. Challenges include limitations in speed and capacity, lack of support for modern technologies, complicated integration of devices and systems, budget constraints, and a shortage of trained resources. The general problem formulation focuses on the extent to which the design of a new network improves information management. Specific problems include how to improve infrastructure and network speed, as well as increase user satisfaction. The overall and specific objectives aim to design suitable infrastructure, enhance speed, and increase user satisfaction. Hypotheses suggest that the design of a new network improves information management. Variables are identified, such as the data network (independent) and information management (dependent). The applied methodology includes a pre-test/post-test experimental design. A specific population and sample are presented, with data collection techniques such as observation and satisfaction surveys. Data is processed and analyzed statistically. Results indicate significant improvements in speed and user satisfaction after implementing the new network design. Discussions include comparisons with similar research, and conclusions highlight the importance of infrastructure design and continuous improvement. Recommendations include continuous updates, staff training, regular monitoring and maintenance, and the development of security policies.
This thesis addresses the issue of an outdated network infrastructure in the Special Binational Project for the Integral Development of the Putumayo River Basin. It emphasizes the need to analyze and design a new infrastructure to enhance data transmission. Challenges include limitations in speed and capacity, lack of support for modern technologies, complicated integration of devices and systems, budget constraints, and a shortage of trained resources. The general problem formulation focuses on the extent to which the design of a new network improves information management. Specific problems include how to improve infrastructure and network speed, as well as increase user satisfaction. The overall and specific objectives aim to design suitable infrastructure, enhance speed, and increase user satisfaction. Hypotheses suggest that the design of a new network improves information management. Variables are identified, such as the data network (independent) and information management (dependent). The applied methodology includes a pre-test/post-test experimental design. A specific population and sample are presented, with data collection techniques such as observation and satisfaction surveys. Data is processed and analyzed statistically. Results indicate significant improvements in speed and user satisfaction after implementing the new network design. Discussions include comparisons with similar research, and conclusions highlight the importance of infrastructure design and continuous improvement. Recommendations include continuous updates, staff training, regular monitoring and maintenance, and the development of security policies.
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Keywords
Red, Datos, Infraestructura, Seguridad, Políticas, Network, Data, Infrastructure, Security, Policies
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