Thesis APLICACIÓN MÓVIL DE SUPERVISIÓN REMOTA Y TRAZABILIDAD, A TRAVÉS DE MAQUETA VIRTUAL
Date
2018
Authors
ROSAS ALBRECHT, CARLOS ANDRÉS
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Abstract
En la actualidad la mayoría de las plantas industriales poseen sistemas de monitoreo y diagnóstico centralizados. Sin embargo, en caso de algún incidente, los operadores en terreno deben recurrir a diversas fuentes de información, muchas veces de difícil acceso, para dar respuesta a la emergencia. Por lo anterior existe la necesidad de disponibilizar y centralizar esta información, disminuyendo así los tiempos de búsqueda y mejorando la capacidad de respuesta dentro de la compañía.El presente trabajo describe el diseño, implementación y funcionamiento de la aplicación TR3, cuyo objetivo es centralizar información relevante de equipos de una planta industrial en una maqueta virtual para consultar y facilitar la toma de decisiones del personal en terreno.El contenido de este documento va desde la elección y descripción de la plataforma de desarrollo, al diseño y desarrollo de la aplicación TR3, incluyendo las mejoras realizadas en el sistema. Se hace énfasis en la comprensión del proceso de renderizado, explicando su funcionamiento y como se pueden generar cuellos de botella en la comunicación del CPU con el GPU. Esto permite optimizar la aplicación y obtener el mayor provecho a los recursos disponibles.Es importante tener presente que la aplicación procura aumentar el rendimiento y la productividad, optimizando procesos y recursos, manteniendo intactos los estándares de calidad de la compañía.Finalmente cabe señalar que el desarrollo y la implementación de este proyecto abre las puertas a nuevos desafíos, como pasar de una aplicación que recoger y despliega información a poder actuar sobre las variables que controlan los elementos de la planta industrial.
Currently, most industrial plants have centralized monitoring and diagnostic systems. However, in the event of an incident, the groundworkers in the field must rely upon several sources of information, often difficult to access, to react to the emergency. Therefore, there’s a need to provide and centralize this information, reducing response time and facilitating the operations within the company.This paper describes the design, implementation and operation of the TR3 application, which aim is to centralize relevant information from industrial plant equipment in a virtual model to consult and facilitate the personnel decision making in the field.The work contained in this document goes from the choice and description of the development platform, the design and development of TR3 application to the implemented improvements in the system. Emphasis is placed on the understanding of the rendering process, explaining its operation and detecting potential bottlenecks in CPU-GPU communication, to improve the application and optimize available resources.It is important to understand or realize that the application seeks to increase performance and productivity, optimizing processes and resources, keeping the company's quality standards intact.Finally it should be noted that the development and implementation of this project opens the doors to new challenges such as going from collecting and displaying information to being able to act over the variables that control the different elements of the industrial plant.
Currently, most industrial plants have centralized monitoring and diagnostic systems. However, in the event of an incident, the groundworkers in the field must rely upon several sources of information, often difficult to access, to react to the emergency. Therefore, there’s a need to provide and centralize this information, reducing response time and facilitating the operations within the company.This paper describes the design, implementation and operation of the TR3 application, which aim is to centralize relevant information from industrial plant equipment in a virtual model to consult and facilitate the personnel decision making in the field.The work contained in this document goes from the choice and description of the development platform, the design and development of TR3 application to the implemented improvements in the system. Emphasis is placed on the understanding of the rendering process, explaining its operation and detecting potential bottlenecks in CPU-GPU communication, to improve the application and optimize available resources.It is important to understand or realize that the application seeks to increase performance and productivity, optimizing processes and resources, keeping the company's quality standards intact.Finally it should be noted that the development and implementation of this project opens the doors to new challenges such as going from collecting and displaying information to being able to act over the variables that control the different elements of the industrial plant.
Description
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Keywords
APLICACION MOVIL , MAQUETA VIRTUAL , UNITY 3D