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2008 International Conference
on Industrial Informatics and Systems Engineering
(IISE 2008)
Glasgow, UK, 22-24 July 2008
Academic
Co-sponsor: East China University of Science and Technology, Shanghai,
China
Call for Papers (PDF)
Online
Submission extended to 11 April 2008
Online submission
link:
IISE 2008
http://www.easychair.org/conferences/?conf=iise08
Co-located Events:
2008 Sinoeuropean
Engineering Research Forum
SERF 2008 Call for
Papers opens to 15 May 2008
Systems in industries
tend to be large-scale and computer- and network-based. The behaviors of
industrial systems become increasingly complex. Systems Engineering viewpoints and
methodologies are desperately needed to tackle issues, for example,
intricate relationships between systems and their environments, emergent
interactions among system components, couplings between systems software
and hardware infrastructures, and so forth. In order to
address these challenges, possessing huge amount of static
knowledge is not enough in
real-world environments, but more important is how to embody knowledge
within the environments which are dynamic. Accordingly,
systems evaluations have to
include new criteria, for example, robustness, evolvability,
dependability, engineerability, etc.
Topics of particular interest include (but
not limited to) the followings.
(1) Systems Methodology
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component-based
system design
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computer-based
systems architectures
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computer-based
systems infrastructure (tools, environments)
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design evolution
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distributed
systems design
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hardware/software co-design, co-testing
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integration
engineering
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lifecycle
processes and process evolution
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model-based
system development
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modeling and
analysis of computer-based systems
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product-families
models and architectures
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reengineering &
reuse of computer-based systems
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reliability,
safety, dependability, security of computer-based systems
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requirements
elicitation and analysis of computer-based systems
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system
assessment, testing and metrics of computer-based systems
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system of systems: architectures, methodology, applications
- verification &
validation of computer-based systems
(2)
Real-time and Embedded Systems
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distributed embedded systems
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embedded systems applications, e.g., intelligent vehicle / train / ship /
aircraft on-board control systems; intelligent transport / traffic
systems
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embedded systems middleware
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embedded systems operating systems
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networked embedded systems
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real-time embedded systems
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system on a chip,
MEMS
(3) Industrial Process
/ Manufacturing Systems
Engineering
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concurrent engineering
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distributed manufacturing systems
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holonic /
multi-agent / agile/ intelligent manufacturing systems
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industrial
applications of multi-agent systems, multi-agent frameworks of process
industries (e.g., chemical, bio-chemical, petro-chemical, refinery,
etc.)
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intelligent production systems
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inventory management and optimization
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manufacturing control and automation
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manufacturing execution systems
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manufacturing systems integration
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manufacturing systems modeling and simulations
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process control and automation
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process faults detection, diagnosis, and tolerant control
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process modeling and simulations
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process monitoring,
supervisory control
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process optimization
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process systems modeling and simulation
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production planning and control
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recycling and industrial eco-environments
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safety control systems
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shop floor scheduling, jobs scheduling, routing
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virtual manufacturing
(4) Automation Technology
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computer aided
design / production
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computer
integrated manufacturing systems
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computer supported cooperative work
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decentralized control systems
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discrete-event and hybrid systems modeling and control
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distributed product management
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factory automation
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hierarchical control systems
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human-in-the-loop control systems
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industrial applications of intelligent systems
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intelligent automation
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intelligent control
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intelligent
optimization
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man-machine cooperative systems, multi-media support
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mechatronics, robotics, robotic control
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real-time decision and control algorithms
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robust control
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software intensive automation systems
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workflow management
(5)
Industrial Communications
and Networks
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automation
networks, virtual automation networks
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fieldbus,
factory field communications
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industrial
communications architectures and protocols
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industrial
Ethernet
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industrial
internet technologies
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industrial local area networks
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industrial
network security
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industrial
wireless communications and networks
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mobile communications security
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privacy and security in industrial information systems
(6)
Intelligent Distributed
Automation
- computer-supported
collaborative work in distributed automation
- grid computing for
distributed automation
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distributed intelligence in industrial and
manufacturing automation
- fundamentals and
architectures of distributed automation
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industrial applications of multi-agent systems
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holonic manufacturing systems
- multi-agent
collaboration and coordination for distributed automation
- semantic webs, ontology
in distributed automation
- service-oriented
architectures of distributed automation
- system-of-systems
architectures and engineering for distributed automation
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