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Real-time Ethernet for Plant Automation (EPA)(R)
:
Available format(s): Hardcopy, PDF, PDF 3 Users, PDF 5 Users, PDF 9 Users
Superseded date: 14-12-2007
Language(s): English
Published date: 28-06-2005
Publisher: International Electrotechnical Committee
INTRODUCTIONFOREWORD1 Scope2 Normative references3 Common terms and definitions 3.1 ISO/IEC 7498-1 Terms 3.2 ISO/IEC 8824-1 Terms 3.3 ISO/IEC 10731 Terms 3.4 IEC 61158-5 Terms 3.5 IEC 61804-2 Terms 3.6 ISO/IEC 8802-3 Terms 3.7 Additional terms and definitions4 Abbreviated terms and acronyms5 Conventions 5.1 Convention for Object definitions 5.2 Conventions for services definitions 5.2.1 General 5.2.2 Service parameters 5.3 Conventions for state machines6 EPA system architecture 6.1 Overview 6.2 EPA architecture 6.2.1 Relationship to the ISO OSI Reference Model 6.2.2 EPA system architecture 6.3 Network Topology 6.3.1 Overview 6.3.2 EPA devices 6.4 Communication process between EPA devices 6.4.1 Overview 6.4.2 EPA link object 6.4.3 An example 6.5 EPA system configuration and startup 6.5.1 Configuration 6.5.2 Device Startup7 EPA data link layer protocol 7.1 Overview 7.2 DLL model 7.2.1 Medium Access Control (MAC) 7.2.2 Logic Link Control (LLC) 7.2.3 EPA Communication Scheduling Management Entity (ECSME) 7.2.4 DLL services 7.2.5 Transaction between DLL and PhL 7.3 EPA communication scheduling procedure 7.3.1 General 7.3.2 Scheduling procedure 7.3.3 Priority 7.3.4 Time synchronization 7.4 ECSME PDU structure 7.4.1 NonPeriodicDataAnnunciation PDU 7.4.2 EndofNonPeriodicDataSending PDU 7.4.3 EPA PDU 7.5 Encoding of ECSME Packet 7.5.1 Encoding of NonPeriodicDataAnnunciation message 7.5.2 Encoding of EndofNonPeriodicDataSending message 7.5.3 Encoding of EPA message8 EPA application layer service definition 8.1 Concepts 8.1.1 Overview 8.1.2 Architectural relationships 8.1.3 EPA application layer structure 8.1.4 EPA application layer naming and addressing 8.1.5 Architecture summary 8.1.6 EPA application layer services procedures 8.2 Data Type ASE 8.3 Communication model specification 8.3.1 EPA AE 8.3.2 EPA System Management ASE 8.3.3 Domain ASE 8.3.4 Event ASE 8.3.5 Variable ASE 8.3.6 Application relationship ASE 8.3.7 EPA Socket Mapping ASE 8.4 Summary of Services in EPA application layer9 EPA application layer protocol specification 9.1 Syntax description 9.1.1 Fixed format PDU description 9.1.2 Confirmed request service 9.1.3 Confirmed response service 9.1.4 Confirmed error 9.1.5 Error type 9.1.6 Error class 9.1.7 Unconfirmed request 9.1.8 EPA application layer PDU 9.1.9 APDU header format 9.1.10 EPA System Manage Entity services 9.1.11 EPA Application Access Entity (AAE) services 9.1.12 Abstract syntax of data type 9.2 Transfer Syntax 9.2.1 Encodingof basic data types 9.2.2 Object definitions in EPA System Management ASE 9.2.3 Definition of objects used in EPA application access entity 9.2.4 Encoding of EPA APDU Header 9.2.5 Encoding of EPA System Management Entity service parameters 9.2.6 Encoding of AAE Services 9.3 Protocol State Machine 9.4 EPA SME State Machines 9.4.1 Primitives 9.4.2 Protocol State Machine Descriptions 9.4.3 State Transitions 9.4.4 Function descriptions 9.5 Application Access Entity Protocol Machine 9.5.1 Primitives 9.5.2 AAE state machine 9.5.3 Event ASE Protocol Machine 9.5.4 Domain ASE Protocol Machine 9.6 ESME Protocol State Machine 9.6.1 Primitives 9.6.2 State description 9.6.3 State transitions 9.6.4 Function description 10 XML based EPA Device Descriptions 10.1 Overview 10.2 The summary of EPA extensible device description file 10.2.1 Architecture 10.2.2 Overview of basic elements 10.3 Structure of XDD files 10.3.1 Overview 10.3.2 XDD file information structure 10.3.3 Device resource description structure 10.3.4 Parameter Element Description Structure 10.4 Configuration interfaceBibliography
defines the EPA (Ethernet for Plant Automation) system structure, data link layer protocol, application layer service definition and protocol based on ISO/IEC 8802-3:2000, RFC 791, RFC 768 and so on. XML-based device description is also defined
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