Fieldbus Technology

InhaltsangabeINHALT LANG: Protocol Specifications Main Paradigms as a Basis for Current Fieldbus Concepts - Communication Profile for Embedded Networks - Shared Data on InterBus - Adding Multi-Master Capabilities to Interbus-S - Telecontrol Standard IEC 60870-6 TASE.2 Globally Adopted Network Interconnections Opportunities and Problems of Wireless Fieldbus Extensions - The Use of Radio Technologies in the Fieldbus Area - Using Interbus as an Example - Internet Technologies and Fieldbuses - Security Architecture for Field Area Networks Connected to Internet - P-NET-Management über das Internet - Wireless Data Transfer System for Oil Drawing Plants Profiles Profiles for Fieldbuses - Scope and Description Technologies - A Functional Profile for Laboratory Measurement Equipment Based on Measurement Bus and Profibus-DP/PA - Mapping of Fieldbus Protocols to Standardised Field Level Objects - Device Based Process Control in Foundation Fieldbus - CANopen Device Profile for Hydraulic Proportional Valves Validation Comparing the Networks CAN and ARINC 629 CP with Respect to the Quality of the Service Provided to an Automatic Control Application - Modelling and Evaluation of Systems for the Interconnection of Industrial Communications Networks - Use of Formal Specification and Design Language for Protocol Description - Field Report - CANopen Conformance Test - Formal Description Software for WorldFIP Industrial Fieldbus - Experiences in Different Fieldbuses Used together with PC-Based Control Systems Management Mapping of Fieldbus Components to WWW-Based Management Solutions - Integration of Fieldbus Objects into Computer-Aided Network Facility Management Systems - Enabling e-Services through Resource Management API's on Multi-Vendor EIB Building Networks - Modulares Agent-Design für Feldbusmanagement - Linux-Gateway zur Fernwartung von Profibus-DP-Geräten - Tele-Diagnosis at Networked Automation Systems - Diagnose von Feldbussen im Systemverbund - Engineering of Distributed Automation Systems Based on Novel Information Technologies and Methods - PROFIBUS goes Microsoft - Herstellerunabhängige Integration von Feldgeräten in Engineeringsysteme OLE for Process Control OPC A Modular OPC-Server Connecting Different Fieldbussystems and Internet Java Applets - OPC-Schnittstellen in einer offenen Systemumgebung - Praxis und Erfahrungen - OPC - Making the Fieldbus Interface Transparent System Aspects IEEE Utility Communications Architecture (UCA) applies mainstream standard Ethernet - A Component-Based Architecture for Integrating Fieldbus Systems into Distributed Control Applications - Decentralized automation concepts based on Ethernet-TCP/IP and CANopen - Considerations on a LonWorks/IP Gateway Implementation - The Importance of Being Competent: the Role of Competence Centres in the Fieldbus World Research Some Future Directions in Fieldbus Research and Development - IEEE1394 in Comparison with Other Bus Systems - On Interoperability and Intelligent Software Agents for Field Area Networks - Transmitting Voice on InterBus RealTime Aspects Simulation of Communication Systems in Industrial Area - A Flexible Time-Triggered Communication System Based on the Controller Area Network: Experimental Results - Analysis of Switched Ethernet Networks with Different Topologies Used in Automation Systems - Analysis of the Worst-Case Real Token Rotation Time in PROFIBUS Networks Realisations Powerline Communication in der Feldebene - Design of Bus Media Redundancy in CAN - Programmable Process Interfaces for Smart Bus Nodes - Eine Feldbusarchitektur mit realzeitfähiger Fehlerkorrektur - Safety-Oriented INTERBUS - INTERBUS Safety - MultiPort RAM: a PC-Based Implementation of the Fieldbus Concept - Fieldbus Physical Layer in the Application NOAH Esprit 26951 Project ESPRIT Project NOAH - Introduction - Fieldbus Profile Harmonization - Approach of NOAH ESPRIT 26951 Project - Electronic Device Description - A DBR-Based Approach for System