ETFA 2012 - 2012 IEEE 17th Conference on Emerging Technologies & Factory Automation (ETFA 2012)

The aim of the conference is to bring together researchers and practitioners from the industry and academia and provide them with a platform to report on recent advances and developments in the newly emerging areas of technology, as well as actual and potential applications to industrial and factory automation.
Solicited Papers:
Research papers reporting on new developments in technological sciences. Industry and development papers reporting on actual developments of technology, products, systems and solutions. Tutorial and survey papers. In addition, ETFA2012 solicits special session proposals to stimulate in-depth discussions in special areas relevant to the conference theme.
Topics within the scope of the conference include:
Information Technology in Automation:
IT Modeling techniques (UML, Object-Orientation, Agents, Service Oriented Architectures,...) for automation systems ; Data Modeling (CAEX, AutomationML, OPC UA,...); Virtualization at the factory level, digital factory; Programming
languages (IEC 61131, IEC 61499,...); Integration with MES and ERP systems (Databases, Semantic Web Services) ; Vertical Integration: Web-based Setup, Maintenance and Configuration; Tool chains, platforms, and frameworks for Software Design and Development; Security in factory, home and building Automation; Network Integration in Automation Systems (heterogeneous networks, wired/wireless,...).
Industrial Communication Systems:
Implementation issues; Message scheduling; Performance analysis; Dependability and fault tolerance aspects; System design and architecture; Self-configurable systems; Integration support; Fieldbus networks; Real-Time Ethernet
Networks; Intranet and Internet; Wireless networks; Hybrid (wired/wireless) networks; Safety buses; Sensor networks; Automotive networks; Building automation networks; Process control networks; Networked control systems.
Real-Time and (Networked) Embedded Systems:
Real-Time Computing; Real-Time Operating Systems; Real-Time Communications; Networked Embedded Systems Technology; Wireless Sensor Networks; Cyber Physical Systems; Design and Implementation; Design
Methodologies and Tools; Components and Platforms; Models of Computation and Formal Methods; Hardware/Software Co-Design; Energy Management; Data Integration and Fusion; Communication Modes; Quality of Service Control; Case Studies.
Automated Manufacturing Systems:
Formal Modeling and Analysis of Manufacturing Systems; Scheduling, Simulation, Queuing Systems and Petri Nets in Manufacturing Systems; Synthesis and Analysis Techniques, Performance Evaluation and Reliability; Discrete and Continuous
Industrial Automation Systems; Automated Manufacturing Systems and Enterprise Integration; Application of Service-Oriented Technologies; Test Cases, Benchmarks and Tools; Applications and Experiences in Practice; Recent Developments in Standardization; Fault Diagnosis State-Estimation and Identification.
Industrial Control:
Process Control; Equipment Control; Intelligent Control; Supervisory Control; Industrial Control Implementation; Discrete and Continuous Automation System; Equipment and Process Monitoring; Fault Detection and Management; Process Modelling and
Optimization; Performance Assessment of Control Systems; Control Applications; Large-Scale Systems. Intelligent Systems and Control, Modern Heuristics, and Data Mining
Computational Intelligence and Modern Heuristics in Automation:
in automation and industrial applications; Neural/Fuzzy/Evolutionary approaches in automation; Modern heuristics methods in factory automation based on predictive, adaptive control, recognition, navigation, motion control, competitive, self-organizing learning, and clustering; Computational Intelligence in security, reliability, and fault-tolerance in automation; Ant colonies optimization and swarm intelligence in automation; Machine learning, Support Vector Machines, Expert Systems.
Intelligent Robots & Systems:
Cognitive robotics; Cooperative and collaborative robotics; Distributed robotic architectures; Human-robot interaction; Integrated intelligence; Intelligent robot assistants; Intelligent embedded systems; Natural language grounding; Network robotics;
Perception, control and manipulation for intelligent robots and systems; Planning and failure recovery; Reasoning under uncertainty; Robot learning; Robot vision; Usability studies.
The conference will comprise multi-track sessions for regular papers, to present significant and novel research results with a prospect for a tangible impact on the research area and potential implementations; work-in-progress (WIP) sessions; panel discussions on the state-of-the-art and emerging trends, involving leading experts from industry and academia; and public discussion sessions moderated by leading experts in the field of industrial automation systems.