Syllabus |
M1 Data acquisition - Measurement chain; fundamentals of sampling data systems; AD converters technologies, analog hardware design techniques. M2 Distributed systems using Fieldbus technology – Fundamentals of OSI model for communication systems, systems architectures, connection between units and data points, service and maintenance operations. .M3 Communication technologies for distributed instrumentation systems - CAN, CANopen, IEEE812.15.4, and analysis of emerging technologies: 6LoWPAN; ISA100; WirelessHART. M4 SCADA Systems and technologies - Interfaces with fieldbus networks, Technologies: OPC, CORBA, IEEE 21451.
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Main Bibliography |
[1] Jonas Berge, Fieldbuses for Process Control: Engineering, Operation, and maintenance; ISA – 2002. [2] Samuel M. Herb, “Understanding Distributed processor Systems for Control”, Instrument Society of America, 1999. [3] Hermann Kopetz, “Real Time Systems – Design principle for Distributed Embedded Applications”, Kluwer Academic Publishers, 1997. [4] Ken Bowdell, “The Emerge Use of FieldBus in Distributed Control Systems”, Instrument Society of America, 1999. [5] Samuel M. Herb, “Networks for Factory Automation”, Instrument Society of America, 2000. [6] Richard H. Caro, “SP50 Chair Explains How Buses Relate”, em “The Fieldbus Guide- Applications for Practitioners”, Instrument Society of America, 1997. [7] K. Etschberger, “Open Communications and Interoperability of Devices Within CAL-based Networks”, 2nd International CAN Conference, CAN in Automation (CiA), 1995.
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