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Abstract(s)
Atualmente monitorar, controlar e gerir processos em tempo real em ambiente industrial é um fator indispensável. Porém cada vez mais, as redes de transdutores têm conquistado o seu espaço neste mundo. Apesar do transdutor ser um elemento chave para estas redes pode também levar, ao mesmo tempo, à não interoperabilidade. Este fator constitui uma das características fundamentais das redes dos transdutores.
Este trabalho consiste no desenvolvimento de um nodo transdutor (TIM) em conformidade com o padrão ISO/IEC/IEEE 21451-0, capaz de comunicar-se com qualquer nodo da rede (NCAP) implementado em conformidade com o mesmo padrão e, o módulo de comunicação baseado no padrão IEEE P1452-2 UART. A comunicação entre o nodo transdutor e o nodo da rede é baseado no modelo cliente-servidor. O nodo do transdutor foi desenvolvimento num microcontrolador Ultra-Lower-Power MSP-EXP430F5529 da Texas Instruments utilizando o Code Composer Studio 6.0.
Nowadays, monitoring, controlling and managing in real time industrial processes is an indispensable task. But more and more, transducer’s networks have conquered their space in this world. The transducer is a key element for these networks and, at the same time, a factor that can result in non-interoperability. This factor is one of the fundamental characteristics of transducer networks. This work consists in the development of a transducer node (TIM) in compliance with the ISO/IEC/IEEE 21451-0 standard, capable of communicating with any node of the network through the NCAP implemented in full compliance with the same standard and communication module based on the IEEE P1452-2 UART standard. The communication between the transducer node and the network node is based on the client-server model. The transducer node was developed in a Texas Instruments Ultra-Lower-Power MSP-EXP430F5529 microcontroller using Code Composer Studio 6.0.
Nowadays, monitoring, controlling and managing in real time industrial processes is an indispensable task. But more and more, transducer’s networks have conquered their space in this world. The transducer is a key element for these networks and, at the same time, a factor that can result in non-interoperability. This factor is one of the fundamental characteristics of transducer networks. This work consists in the development of a transducer node (TIM) in compliance with the ISO/IEC/IEEE 21451-0 standard, capable of communicating with any node of the network through the NCAP implemented in full compliance with the same standard and communication module based on the IEEE P1452-2 UART standard. The communication between the transducer node and the network node is based on the client-server model. The transducer node was developed in a Texas Instruments Ultra-Lower-Power MSP-EXP430F5529 microcontroller using Code Composer Studio 6.0.
Description
Keywords
Ieee 1451-0 Ieee 1451-1 Msp430f5522 Tim Transdutores