GB/T 18729-2011Specification of enterprise information integration in network environment (English PDF)

Foreword

This standard was drafted in accordance with GB/T 1.1-2009 given rules.

This standard replaces GB /Z18729-2002 "network-based enterprise information integration." This standard and GB /Z18729-2002 Compared to, in addition to editorial changes outside the main technical changes are as follows.

--- Original standard foreword relevant standards technical content of specific information or instructions, and the preparation of the standard reasons put introduction;

--- Modified part of Chapter 2 (see Chapter 2, Section 2 of the 2002 edition);

--- Added "cloud" (see 3.3.5);

--- Revised Figure 1, an increase of "Firewall" (see Figure 1) in the figure;

--- Remove the fieldbus types of content (2002 version 3.4.4.5);

--- Increasing the "EPA" Ethernet in industrial control applications, field devices (see 3.4.4.5);

--- 3.6.1 STEP modify the composition of the upcoming "Abstract Test Suite" to "graphic representation of information structure" (see 3.6.1, 2002 Version 3.6.1);

--- Revised Figure 11 (see Fig. 11, 2002 edition of the FIG. 12);

--- Increase the main functions of a PDM "network interfaces and databases" (see 3.6.2);

--- Increased 3.7.2 e) "flexible workflow" (see the 3.7.2 e));

--- Deleted the chapter 5 and all the attachments.

The standard proposed by China Machinery Industry Federation.

The standard automation systems and integration by the National Standardization Technical Committee (SAC/TC159) centralized.

Introduction

The main technical content covered by this standard for enterprise information integration.

The strong support of the state, information technology China's manufacturing industry has made great strides. With the computer network technology is becoming Between mature and application of different business sectors, as well as contact and interaction between the different businesses are getting closer, and a large number of product life All kinds of information related to the period co-passed over the network, the information you want in the various departments and applications, so that all enterprises enjoy. In order to better support, hardware and software platforms, and environmental standards followed by a variety of applications in the enterprise platform to share information And integration, since the 1990s a lot of work in our system integration standardization, carried out a series of criteria Research projects, such as. a unified definition of the term, a unified architecture, unified data exchange, unified information classification and coding, unified interface specification Etc., and achieved some results. International Organization for Standardization and related professional Committee for Standardization has developed a series of standards and norms, such as. there Off Application Protocol network architecture, transport protocol, network interface protocol, OMG's Common Object Request Broker Architecture (CORBA), ISO product data representation and exchange (STEP), a standard data access interface (SDAI) and the like. The status quo of Chinese Manufacturing And information integration needs, in order to solve the general industrial manufacturing enterprise information integration provides general principles common problems, given feasible solution Decided programs and standards to be followed.

1 Scope

This standard gives a solution for the realization of the enterprise between departments, between different applications in general manufacturing enterprises, and enterprises of different Time sharing and integration problems faced by information on different hardware/software platforms involved in communications technology, information technology, object-oriented technology And knowledge and management techniques; cited during the enterprise network design, implementation, application integration based on distributed Internet, the number of enterprises According to the method and process of exchange of a firm can be integrated and the corresponding standards and norms.

This standard applies to general manufacturing companies between different parts of the organization to achieve, in between different applications and different companies Information sharing different hardware/software platforms and integration.

2 Acronyms

The following abbreviations apply to this document. AAM. application activity model (ApplicationActivityModel) AIM. application interpreted model (ApplicationInterpretedModel) AO. application object (ApplicationObjects) AP. Application Protocol (ApplicationProtocol) API. Application Programming Interface (ApplicationProgrammingInterface) ARM. Application Reference Model (ApplicationReferenceModel) ATM. ATM (AsynchronousTransferMode) BOM. Bill of Materials (BilOfMaterials) BOS. Basic Object Services (BasicObjectServices) CAD. Computer-aided design (Computer-AidedDesign) CAM. Computer Aided Manufacturing (Computer-AidedManufacture) CAPP. Computer Aided Process Planning (Computer-AidedProcessPlanning) CF. public facilities (CommonFacilities) CFI. CAD Framework Initiative (CADFrameworkIntiative) CIMS. CIMS (ContemporaryIntegratedManufacturingSystem) COM. Component Object Model (ComponentObjectModel) CORBA. Common Object Request Broker Architecture (CommonObjectRequestBrokerArchitecture) COTS. commercially available (CommercialOffTheShelf) DBRPC. Database Remote Procedure Call (DataBaseRemoteProcedureCal) DES. Data Encryption Standard (DataEncryptionStandard) DNS. Domain Name System (DomainNameSystem) ERP. Enterprise Resource Planning (EnterpriseResourcesPlanning) ESIOP. Environment specific interaction -ORB Protocol (EnvironmentSpecificInter-ORBProtocol) FDDI. Fiber Distributed Data Interface (FiberDistributedDataInterface) FTP. File Transfer Protocol (FileTransferProtocol) GIOP. Universal interaction -ORB protocol (GeneralInter-ORBProtocol)