ICONS 2015 - The Tenth International Conference on Systems ICONS 2015

All tracks/topics are open to both research and industry contributions.
Tracks:
Systems' theory and practice
Systems design methodologies and techniques; Formal methods to specify systems’ behavior; Online and offline systems; Open and closed systems; Centralized and distributed systems; Proactive and reactive systems; System robustness; Systems scalability; Fault-tolerant systems; Feedback systems; High-speed systems; Delay tolerant systems; Real-time systems
Systems engineering
Systems requirements; Systems modeling; Systems development lifecycle; System-of-systems; Systems ergonomics; Subsystem interactions; Systems decomposition; Systems integration
System Instrumentation
Metering embedded sensors; Composing multi-scale measurements; Monitoring instrumentation; Smart sensor-based systems; Calibration and self-calibration systems; Instrumentation for prediction systems
Embedded systems and systems-on-the-chip
Real-time embedded systems Programming embedded systems; Controlling embedded systems; High speed embedded systems; Designing methodologies for embedded systems; Performance on embedded systems; Updating embedded systems; Wireless/wired design of systems-on-the-chip; Testing embedded systems; Technologies for systems processors; Migration to single-chip systems; Micro/nano structures and systems
Target-oriented systems [emulation, simulation, prediction, etc.]
Information systems; Real-time systems; Software systems; Hardware systems; Emulation systems; Simulation systems Prediction systems
Specialized systems [sensor-based, mobile, multimedia, biometrics, etc.]
Sensor-based systems; Biometrics systems; Mobile and fixed systems; Ubiquitous systems; Nano-technology-based systems; Multimedia systems
Validation systems
Diagnosis assistance systems; Test systems; Validation systems; Performance measurement systems; Maintenance systems
Security and protection systems
Security systems; Vulnerability detecting systems; Intrusion detection systems Intrusion avoidance systems; Presence detection systems; Monitoring systems; Management systems; Alert systems; Defense systems; Emergency systems
Advanced systems [expert, tutoring, self-adapting, interactive, etc.]
Expert systems; Tutoring systems; Highly interactive systems; Anticipative systems; On-demand systems; GRID systems; Autonomic systems; Autonomous systems; Self-adapting systems; Adjustable autonomic systems; High performance computing systems; Mission critical systems
Application-oriented systems [content, eHealth, radar, financial, vehicular, etc.]
Web-cashing systems; Content-distributed systems; Accounting and billing systems; E-Health systems; E-Commerce systems; Radar systems; Navigation systems; Systems for measuring physical quantities; Earthquake detection and ranking systems; Financial systems; Robotics systems; Vehicular systems; Entertainment systems; Gaming systems; Speech recognition system
IT Systems
IT service management; IT Infrastructure management; IT service desk; Service support and delivery; Service strategy; Service design; Service transition; Service operation; Continual service improvement
Safety in industrial systems
Fundamentals on system safety; Safety of software systems and software engineering; Safety requirements; Safety for critical systems; Engineering for system robustness and reliability; Control of mission critical systems; Safety-oriented system design; Human tasks and error models; Hazard analysis; Cost and effectiveness of system safety; Verification and validation of safety; Safety tools; Evaluation of safety data, and mitigation and prevention strategies; Safety control and management; System Safety Implementation Guidelines and Standards; Transferring safety knowledge; Metrics for Risk Assessment; Contingency Planning and Occurrence Reporting; Preparedness Activities; Industry specific safety systems (Medical devices, Aerospace, Chemical industry, Nuclear power plants, Public health, Biological Safety)
Complex systems
Theory of complex systems; Ontologies for complex systems; Chaos and complexity; Design and integrate complex systems; Complexity and simulation; Simulation and datamining; Artificial intelligence and soft computing in complex systems; Multi-agent based simulation; Systems of systems; Intelligent agent architectures; Evolutionary programming; Uncertainty reduction and classification; Monitoring and managing complex systems; Case studies of complex systems [vehicular, avionic, health, emergency, sensing, etc.]; Industrial systems [robotics, production, accounting and billing, e-commerce, etc.]
Computer vision and computer graphics
Fundamental algorithms for computer graphics and computer vision: Model representation and simplification; Parametric curves and surfaces; Illumination techniques; Colors and color systems; Virtual and augmented reality, haptic systems; Human-computer interaction; Real time rendering; Image processing, image reconstruction; Pattern recognition; 3D scene reconstruction; Segmentation; Motion detection; Scientific and technical visualization; Medical imaging; Information visualization; 3D TV; Mobile graphics and vision system; Industrial application of computer graphics and vision