Emphasis has been given on the use of "Fieldbus technology: a digital control networking system".
At present, the applications of fieldbus technology at home are the digestion, absorption, and popularization of foreign corresponding technology.
The realtime problem of Ethernet and disadvantages of Fieldbus technology were resolved which was consistent with requests of electrical propulsion ship IPS and its development trends.
Aiming at disadvantages of Fieldbus technology applied in Integrated Power Networked Control System (IPNCS), the module of NCS transplanted into IPS based on real-time Ethernet was designed.
A variety of fieldbus technologies and digital fieldbus devices have been introduced within the process industries over the last ten years.
This capability should be independent of the underlying fieldbus technology or manufacturer of the fieldbus device.
This chapter explains the theory of electrostatic precipitator and fieldbus technology.
Through the research of EPA Industrial Ethernet technology, MODBUS fieldbus technology, ARM embedded system and μC/OS-II real-time operating system, this paper discusses how to design and develop communication gateway of EPA and MODBUS.
In this paper, we discuss how a consistent function block capability may be provided for all fieldbus technology utilized in a control system.
More effective utilization of information technology makes this a very real possibility.
