Fieldbus Systems and Their Applications 2005: A Proceedings volume from the 6th IFAC International Conference, Puebla, Mexico 14-25 November 2005Miguel Leon Chavez The FeT series – Fieldbus Systems and their Applications Conferences started in 1995 in Vienna, Austria. Since FeT'2001 in Nancy, France, the conference became an IFAC – International Federation of Automatic Control sponsored event. These proceedings focus on 13 sessions, covering, fieldbus based systems, services, protocols and profiles, system integration with heterogeneous networks, management, real-time, safety, dependability and security, distributed embedded systems, wireless networking for field applications, education and emerging trends. Two keynote speeches from experts outside Europe are featured. The first one entitled "Bandwidth Allocation Scheme in Fieldbuses" by Prof. Seung Ho, Hanyang University, Korea. The second by, Prof. I.F. Akyildiz, Georgia Institute of Technology, USA, "Key Technologies for Wireless Networking in the Next Decade". - Featuring 36 high quality papers from 13 countries - Keynote speech reflecting the current interest of wireless communications for industrial applications - FeT'2005 was supported by a International Program Committee of around 40 members from 15 countries, 6 from Europe |
Contents
| 1 | |
| 9 | |
| 17 | |
| 24 | |
Real Time Computing in a High Performance Cluster | 32 |
Current Challenges in Abstracting Data Points | 40 |
New Concepts for Building Automation | 48 |
A Simulation and Visualization System for Sensor and Actuator Data Generation | 56 |
A 3DLocation System Optimized for Simple Static and Mobile Devices | 143 |
A Model based on a Stochastic Petri Net Approach for Dependability Evaluation of Controller Area Networks | 150 |
Security Considerations for Energy Automation Networks | 158 |
at what Cost? | 166 |
A Novel Requirements Metamodel for Automotive Electronic Network Design | 172 |
DesignPatterns based Development of an Automotive Middleware | 180 |
Largescale Data Acquisition and SCADA Applications over Power Line Networks | 188 |
The Development of Smart Differential Pressure Transmitter Based on WorldFIP | 196 |
Analysis of Networked Control System with Packet Drops Governed by mkfirm Constraint | 63 |
A schedulability analysis of an IEC61499 control application | 71 |
Fundamental considerations for implementing control systems on a CAN network | 79 |
Development of a Standardized Fieldbusbased Greenhouse Climate Control | 87 |
Analysis and Examples | 91 |
Communication of Trackside Infrastructure and Moving Trains Critical Demands of the Data Transmission | 99 |
Probabilistic Timing Analysis of the hBEB Collision Resolution Algorithm | 107 |
Exploiting fuzzy traffic smoothing to improve the RealTime Behavior of Ethernet Switches | 115 |
A Ethernet Protocol based on TDMA | 123 |
Towards a Power Aware System Architecture for a SoCSiP Wireless Sensor and Actor Node Implementation | 129 |
The Influence of InterDomain Mobility on Message Stream Response Time in WiredWireless PROFIBUSbased Networks | 135 |
Reconfigurable Distributed System Based upon a Novel Approach using SOM Network | 200 |
Interconnecting CAN busses via an Ethernet backbone | 206 |
A novel Simulator for Clock Synchronized Distributed Systems | 214 |
Single Microprocessor Implementation for SafetyRelated Networks Using CANopen | 221 |
Virtual Automation Networks Start Conditions for a European Integrated Project | 229 |
Statistical Modelbased Sensor Diagnostics for Automation Systems | 239 |
Integration of Building Automation Network Design and 3D Construction Tools by IFC2x Standard | 247 |
An open approach to EIBKNX software development | 255 |
Passive Monitoring of Control Loops in Building Automation | 263 |
| 270 | |
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Fieldbus Systems and Their Applications 2005: A Proceedings Volume from the ... Miguel León Chávez No preview available - 2006 |
Common terms and phrases
access point actuators algorithm analysis approach architecture automation systems BACnet Balise bandwidth behavior building automation bytes CANopen clock communication protocol communication system components Computer configuration control application control loops control systems Controller Area Network deadline defined delay detection devices distributed domain DPAL driver embedded systems environment error EtherCAT Ethernet Eurobalise evaluation example execution fault Fieldbus Systems Figure FlexRay frame Function Blocks h-BEB hardware HIMD IEEE implementation Industrial Industrial Ethernet input integration Interbus interface International jitter layer LonWorks master mechanisms middleware modules node objects operation optimal output packet parameters performance period Petri Nets power line communication priority PROFIBUS proposed protocol Puebla Real-Time Systems received requirements robot safety SCADA scenarios scheduling sensor sequence signal simulation specific standard station switch synchronization tasks TDMA Technology tion traffic transmission transmitted wireless worst-case