ICIIS 2009 - 2009 International Conference on Industrial and Information Systems (ICIIS)

Papers reflecting original research or novel designs/applications are invited in, but not limited to, the
following areas:
1.Communication and Information Engineering (CIE)


CIE1. Mobile and wireless Communications
CIE2. Optical and Photonic communications
CIE3. Antennas and wave propagation
CIE4. Microwave theory and techniques
CIE5. Computational electromagnetics
CIE6. Networking technologies, services and protocols
CIE7. Information system security and assurance
CIE8. Radar, sonar and remote sensing applications
CIE9. Education Technology


2.Electronics, Instrumentation and Computer Systems (EICS)

EICS1 Computation Intelligent Systems
EICS2 Bio-inspired Systems
EICS3 Virtual Environments and Human Machine Interfaces
EICS4 Measuring Systems and Applications
EICS5 Embedded and Real time Systems
EICS6 VLSI Circuits and Technology
EICS7 Power Electronic Systems
EICS8 Signal and Image Processing
EICS9 Reconfigurable System and Advanced computing systems
EICS10 Automated Systems and Software in Automation

3.Robotics and Motion Control (RMC)


RMC1 Advances in Machine Vision Lighting & Optics
RMC2 Vision Guided Robots
RMC3 Recent Developments in Mobile Robotics
RMC4 Cutting Edge Robotics Research Topics
RMC5 Control of Electric Drives
RMC6 Precision Drives in Motion Control
RMC7 Advances in Sensing Technology
RMC8 Industrial Networks
RMC9 Distributed Control Systems
RMC10 Intelligent Motion Systems
RMC11 Motion and System Design Software
RMC12 Multi-axis Systems


4.Power Systems, Energy and High Voltage Engineering (PSEHV)

PSEHV1. Electricity generation from renewable energy sources
PSEHV2. Embedded generators and their controls
PSEHV3. Power quality, harmonics and electromagnetic compatibility (EMC)
PSEHV4. Power electronic applications in power systems
PSEHV5. Energy measurement, pricing and regulation
PSEHV6. Smart power grid
PSEHV7. Power system protection
PSEHV8. High voltage engineering
PSEHV9. Power system dynamics, analysis and control
PSEHV10. Power system modeling and simulation