Keywords
MII-N (H62-electronica), PROFINET, C#, Implementación, Dispositivo, Back-End, SNMP, Test, PROFINET, C#, Deployment, Dispositivo , Back-End, SNMP, Test
Back-end development of a Profinet-based data collector application and final deployment
Abstract
El presente proyecto forma parte de un proyecto más amplio, que consiste en el desarrollo de una solución software para poder adquirir información de los dispositivos conectados a una red PROFINET de tal forma que:
- El inventario de los dispositivos PROFINET sea transparente: esto significa que se puedan conocer los dispositivos conectados a la red, obteniendo cierta información para identificarlos y comprobar su configuración de red.
- Conocer el estado de salud de los dispositivos con el fin de facilitar sus actividades de mantenimiento.
Actualmente existen soluciones software en el mercado que proporcionan una lista que contiene los dispositivos conectados a una red PROFINET. Algunas de las soluciones más significativas son SolarWinds Network Performance Monitor [1], Siemens PRONETA [2] y SIMATIC Automation Tool [3]. Sin embargo, estos programas tan solo proporcionan información básica sobre estos dispositivos, de modo que para conocer su estado de salud es necesario utilizar otras aplicaciones especializadas y conectar cada dispositivo a un ordenador con un cable Ethernet. Por ello, es necesario el desarrollo de una aplicación que permita obtener el estado de salud de los dispositivos de la red de forma centralizada.
Este proyecto trata el desarrollo del componente de adquisición de datos de la aplicación, que obtiene toda la información necesaria de los dispositivos de la red para su posterior análisis; la creación de una plataforma para testear la aplicación y crear una solución para que el cliente final pueda instalar la aplicación.
The present thesis is part of an application which consists of the development of a software solution to gather information of devices connected to a PROFINET network in order to: - Know the installed base of PROFINET devices. This involves gathering enough information to identify them and check their connectivity settings. - Determine health status of the devices in order to ease maintenance activities. Currently there are some software solutions available that provide a list containing all the devices connected to a certain PROFINET network. The most remarkable solutions are SolarWinds Network Performance Monitor [1], Siemens PRONETA [2] and SIMATIC Automation Tool [3]. However, these solutions only provide basic information about the connected devices. In order to determine health status of the devices it is required to use specialized software and connect each device to a computer using an Ethernet interface. From this point arises the need of a centralized solution that can provide plant transparency (knowing the devices connected to the PROFINET network) and health status of the installed base. The present Thesis describes the development of the data collector component of the application. This component is in charge of gathering all necessary information from PROFINET devices for further analysis. A testing platform was created for the whole application including Collector, and a deployment solution was implemented for the final user.
The present thesis is part of an application which consists of the development of a software solution to gather information of devices connected to a PROFINET network in order to: - Know the installed base of PROFINET devices. This involves gathering enough information to identify them and check their connectivity settings. - Determine health status of the devices in order to ease maintenance activities. Currently there are some software solutions available that provide a list containing all the devices connected to a certain PROFINET network. The most remarkable solutions are SolarWinds Network Performance Monitor [1], Siemens PRONETA [2] and SIMATIC Automation Tool [3]. However, these solutions only provide basic information about the connected devices. In order to determine health status of the devices it is required to use specialized software and connect each device to a computer using an Ethernet interface. From this point arises the need of a centralized solution that can provide plant transparency (knowing the devices connected to the PROFINET network) and health status of the installed base. The present Thesis describes the development of the data collector component of the application. This component is in charge of gathering all necessary information from PROFINET devices for further analysis. A testing platform was created for the whole application including Collector, and a deployment solution was implemented for the final user.
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