Controle de Temperatura nos Regeneradores de Alto-Forno

Adaptive, and the last one has been chosen by the group, because it provides the highest performance for this type of process. We also present three techniques for radio: wi-fi, Zigbee and Bluethooth. These techniques have been studied to enable the monitoring of the information obtained through temperature control. To execute the human machine interface, HMI, has been studied an implementation of a monitoring tool using the software LabVIEW. Keywords: Regenerative Heat Exchanger, Temperature Control, Fuzzy Logic, Wireless Communication, Supervision. LISTA DE FIGURAS LISTA DE TABELAS LISTA DE SIGLAS BPSK – Binary Phase Shift Keying CI – Ciruito Integrado CLAC – Closed–loop Adaptive Control CSN – Companhia Siderúgica Nacional DSSS – Direct Sequence Spread Spectrum FFD – Full Feature Device GAF – Gás de Alto Forno GCO – Gás de Coqueira GM – Gás Misto IDE – Integrated Development Environment IEEE – Institute of Electrical and Electronics Engineers IHM – Interface Humano–Máquina ISM – Industrial Scientific Medical K – Ganho Proporcional LabVIEW – Laboratory Virtual Instrument Engineering Workbench LAN – Local Area Network LR–WPAN – Low Rate - Wireless Personal Area Networks MAC – Media Access Control MAN – Metropolitan Area Network MG – Minas Gerais MN – Médio Negativo MP – Médio Positivo MRAS – Sistema Adaptativo Modelo–Referência OLAC – Open–loop Adaptive Control O–QPSK – Offset Quadrature Phase–Shift Keying OSI –…