Research And Design Of Software Modularization Based On Industry Control System

Now machines on the industrial production line, is more and more advanced, has startedto work more specific, simplification and modular, as the main computer, there is a threadand the mainboard, to provide external the standard CPU, memory, and PCI interface, andsome other peripherals interface, as long as production manufacturer make the CPU, memory,and other various peripherals according to interface standards, can be inserted to themotherboard, and quickly used. Now machines on the industrial production line in the aspectsis also developing like that, and a lot of machines have its modularization, one machine isformed by several modules, dynamic assembly to meet different needs.With process of the industrial assembly modular machine, the control system ofindustrial pipeline also need to undertake the corresponding modular, only in this way can weultimately provide the machine "inserted use". And that means, on hardware, all sorts ofequipment are independent, free assembly, correspondingly the control software is also putforward the free assembly requirements, so the user can use hardware modules according toitself, do not need to be designed to understand professional software technology can quicklyand simply make the corresponding software.Industrial assembly modular machine has its own distinguishing features, first of all, onemachine is composed of a lot of modules, those modules may be independent, also may belinked, and the sequence can also be changed. Second, the machine should make the wholerunning or commissioning feasible, in the same way, each module also need to meet therequirement of its independent control or adjustments.This topic is controls the system based on the massive smart card tube the developmentwork to summarize. How to adapt to dynamic changes in the industrial production linecontrol system is the theme of this paper. The paper introduces and analyzes the industrialpipeline machine field, and the corresponding dynamic demand features and modulartechnology, The focus of this paper is:1through a large number of needs analysis, and theprevious project achievement is accumulated for finishing. System design architecture.2through the early project work summary, abstraction, abstraction, peripheral unifiedarchitecture design.3using the object-oriented modeling method on the system and variousperipheral modules for analysis and designThrough this topic modular design, previously for new machines, to modify the code,combined dynamic library, recompile the software production mode, change to tractorconfiguration, modify the configuration files, without the need to compile software production mode. Greatly enhances the software reusability and security...