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Factory Automation
Edited by Javier Silvestre-Blanes, ISBN 978-953-307-024-7, Hard cover, 602 pages, Publisher: InTech, Published: March 01, 2010 under CC BY-NC-SA 3.0 license, in subject Industrial Engineering and Management
Factory automation has evolved significantly in the last few decades, and is today a complex, interdisciplinary, scientific area. In this book a selection of papers on topics related to factory automation is presented, covering a broad spectrum, so that the reader may become familiar with the various fields, and also study them in more depth where required. Within various chapters in this book, special attention is given to distributed applications and their use of networks, since it is one of the most relevant subjects in the evolution of factory automation. Different Medium Access Control and networks are analyzed, while Ethernet and Wireless networks are looked at in more detail, since they are among the hottest topics in recent research. Another important subject is everything concerning the increase in the complexity of factory automation, and the need for flexibility and interoperability. Finally the use of multi-agent systems, advanced control, formal methods, or the application in this field of RFID, are additional examples of the ideas and disciplines that experts around the world have analyzed in their work.
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Book contents
- Chapter 1Engineering Processes for Decentralized Factory Automation Systems
- Chapter 2Wireless Technologies in Factory Automation
- Chapter 3A Real-Time Wireless Communication System Based on 802.11 MAC
- Chapter 4When the Industry Goes Wireless: Drivers, Requirements, Technology and Future Trends
- Chapter 5Rapid Application Development for Wireless Sensor Networks
- Chapter 6VAN Applied to Control of Utilities Networks - Requirements and Capabilities
- Chapter 7Wireless Sensor Networks for Networked Manufacturing Systems
- Chapter 8Wired and Wireless Reliable Real-Time Communication in Industrial Systems
- Chapter 9A Perspective on the IEEE 802.11e Protocol for the Factory Floor
- Chapter 10Wireless Sensor Networks in Industrial Automation
- Chapter 11Analysis of Switched Ethernet for Real-Time Transmission
- Chapter 12Token Passing Techniques for Hard Real-Time Communication
- Chapter 13Performance and Reliability of Fault-Tolerant Ethernet Networked Control Systems
- Chapter 14Study of Event-based Sampling Techniques and Their Influence on Greenhouse Climate Control with Wireless Sensors Network
- Chapter 153D RFID Simulation and Design - Factory Automation
- Chapter 16Robustness Enhancement of Networked Control Systems
- Chapter 17The Role of Business-to-Control Agents in Next Generation Automation Enterprise Systems
- Chapter 18A Multiagent Architecture Based in aFoundation Fieldbus Network Function Blocks
- Chapter 19Production System’s Life Cycle-Oriented Innovation of Industrial Information Systems
- Chapter 20Asynchronous Analogue-to-Digital Conversion Techniques
- Chapter 21Implementation of the Delay Compensator Approach
- Chapter 22Control of Robot Interaction Forces Using Evolutionary Techniques
- Chapter 23Formal Methods in Factory Automation
- Chapter 24Adaptive Implementation of Discrete Event Control Systems based on Sequential Function Charts
- Chapter 25Automated Production Monitoring and Control System Engineering by Combining a Standardized Data Format (CAEX) with Standardized Communication (OPC UA)
- Chapter 26Real-Time Obstacle Avoidance Using Potential Field for a Nonholonomic Vehicle
- Chapter 27Developing FPGA-based Embedded Controllers Using Matlab/Simulink
- Chapter 28Model Reference Control of Human-Operated Mobile Robot for Object Transportation
- Chapter 29Diagnosis of Intermittent Faults and its dynamics
- Chapter 30Easy-Implementable On-line Identification Method for a First-Order System Including a Time-Delay
