2006•Jisuanji gongchengRequires access

Design and Implementation of Component-based Controller for Manufacturing Cells

Tao Lihua

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Abstract

In order to make manufacturing cells provided with the characteristics of flexibility,openness and reliability,a component-based hybrid control architecture is proposed for manufacturing cell controller.A CORBA-based and distributed software structure is built on the basis of describing the functional model of manufacturing cell controller.And by using object-oriented unified modeling language visible method,the component-based controller is designed in detail.Finally,the component-based control software is implemented in Orbix 2.3c communicational platform and VC++ 6.0 programming environment.

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What this paper is about

In order to make manufacturing cells provided with the characteristics of flexibility,openness and reliability,a component-based hybrid control architecture is proposed for manufacturing cell controller.A CORBA-based and distributed software structure is built on the basis of describing the functional model of manufacturing cell controller.And by using object-oriented unified modeling language visible method,the component-based controller is designed in detail.Finally,the component-based control software is implemented in Orbix 2.3c communicational platform and VC++ 6.0 programming environment.

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Available abstract

In order to make manufacturing cells provided with the characteristics of flexibility,openness and reliability,a component-based hybrid control architecture is proposed for manufacturing cell controller.A CORBA-based and distributed software structure is built on the basis of describing the functional model of manufacturing cell controller.And by using object-oriented unified modeling language visible method,the component-based controller is designed in detail.Finally,the component-based control software is implemented in Orbix 2.3c communicational platform and VC++ 6.0 programming environment.

Key concepts: Computer science, Component (thermodynamics), Common Object Request Broker Architecture, Component-based software engineering, Flexibility (engineering), Controller (irrigation), Object-oriented programming, Software

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