ICCGI 2014 Topics (topics and submission details: see CfP on the site)<br>Industrial systems<br>Control theory and systems; Fault–tolerance and reliability; Data engineering; Enterprise computing and evaluation; Electrical and electronics engineering; Economic decisions and information systems; Advanced robotics; Virtual reality systems; Industrial systems and applications; Industrial and financial systems; Industrial control electronics; Industrial IT solutions<br>Evolutionary computation<br>Algorithms, procedures, mechanisms and applications; Computer architecture and systems; Computational sciences; Computation in complex systems; Computer and communication systems; Computer networks; Computer science theory; Computation and computer security; Computer simulation; Digital telecommunications; Distributed and parallel computing; Computation in embedded and real–time systems; Soft computing; User–centric computation<br>Autonomic and autonomous systems<br>Automation and autonomous systems; Theory of Computing; Autonomic computing; Autonomic networking; Network computing; Protecting computing; Theories of agency and autonomy; Multi–agent evolution, adaptation and learning; Adjustable and self–adjustable autonomy; Pervasive systems and computation; Computing with locality principles; GRID networking and services; Pervasive computing; Cluster computing and performance; Artificial intelligence Computational linguistics; Cognitive technologies; Decision making; Evolutionary computation; Expert systems; Computational biology<br>Bio–technologies<br>Models and techniques for biometric technologies; Bioinformatics; Biometric security; Computer graphics and visualization; Computer vision and image processing; Computational biochemistry; Finger, facial, iris, voice, and skin biometrics; Signature recognition; Multimodal biometrics; Verification and identification techniques; Accuracy of biometric technologies; Authentication smart cards and biometric metrics; Performance and assurance testing; Limitations of biometric technologies; Biometric card technologies; Biometric wireless technologies; Biometric software and hardware; Biometric standards<br>Knowledge data systems<br>Data mining and Web mining; Knowledge databases and systems; Data warehouse and applications; Data warehousing and information systems; Database performance evaluation; Semantic and temporal databases; Database systems Databases and information retrieval; Digital library design; Meta–data modeling<br>Mobile and distance education<br>Human computer interaction; Educational technologies; Computer in education; Distance learning; E–learning; Mobile learning Cognitive support for learning; Internet–based education; Impact of ICT on education and society; Group decision making and software; Habitual domain and information technology; Computer–mediated communications; Immersing authoring; Contextual and cultural challenges in user mobility<br>Intelligent techniques, logics, and systems<br>Intelligent agent technologies; Intelligent and fuzzy information processing; Intelligent computing and knowledge management; Intelligent systems and robotics; Fault–tolerance and reliability; Fuzzy logic & systems; Genetic algorithms; Haptic phenomena; Graphic recognition; Neural networks; Symbolic and algebraic computation; Modeling, simulation and analysis of business processes and systems<br>Knowledge processing<br>Knowledge representation models; Knowledge languages; Cognitive science; Knowledge acquisition; Knowledge engineering; Knowledge processing under uncertainty; Machine intelligence; Machine learning; Making decision through Internet; Networking knowledge plan<br>Information technologies<br>Information technology and organizational behavior; Agents, data mining and ontologies; Information retrieval systems; Information and network security; Information ethics and legal evaluations; Optimization and information technology; Organizational information systems; Information fusion; Information management systems; Information overload; Information policy making; Information security; Information systems; Information discovery<br>Internet and web technologies<br>Internet and WWW–based computing; Web and Grid computing; Internet service and training; IT and society; IT in education and health; Management information systems; Visualization and group decision making; Web based language development; Web search and decision making; Web service ontologies; Scientific web intelligence; Online business and decision making; Business rule language; E–Business; E–Commerce; Online and collaborative work; Social eco–systems and social networking; Social decisions on Internet; Computer ethics<br>Digital information processing<br>Mechatronics; Natural language processing; Medical imaging; Image processing; Signal processing; Speech processing; Video processing; Pattern recognition; Pattern recognition models; Graphics & computer vision; Medical systems and computing<br>Cognitive science and knowledge agent–based systems<br>Cognitive support for e–learning and mobile learning; Agents and cognitive models; Agents & complex systems; computational ecosystems; Agent architectures, perception, action & planning in agents; Agent communication: languages, semantics, pragmatics & protocols; Agent–based electronic commerce and trading systems Multi–agent constraint satisfaction; Agent programming languages, development environments and testbeds; Computational complexity in autonomous agents; Multi–agent planning and cooperation; Logics and formal models of for agency verification; Nomadic agents; Negotiation, auctions, persuasion; Privacy and security issues in multi–agent systems<br>Mobility and multimedia systems<br>Mobile communications; Multimedia and visual programming; Multimedia and decision making; Multimedia systems; Mobile multimedia systems; User–centered mobile applications; Designing for the mobile devices; Contextual user mobility; Mobile strategies for global market; Interactive television and mobile commerce<br>Systems performance<br>Performance evaluation; Performance modeling; Performance of parallel computing; Reasoning under uncertainty; Reliability and fault–tolerance; Performance instrumentation; Performance monitoring and corrections; Performance in entity–dependable systems; Real–time performance and near–real time performance evaluation; Performance in software systems; Performance and hybrid systems; Measuring performance in embedded systems<br>Networking and telecommunications<br>Telecommunication and Networking; Telecommunication Systems and Evaluation; Multiple Criteria Decision Making in Information Technology; Network and Decision Making; Networks and Security; Communications protocols (SIP/H323/MPLS/IP); Specialized networks (GRID/P2P/Overlay/Ad hoc/Sensor); Advanced services (VoIP/IPTV/Video–on–Demand; Network and system monitoring and management; Feature interaction detection and resolution; Policy–based monitoring and managements systems; Traffic modeling and monitoring; Traffic engineering and management; Self–monitoring, self–healing and self–management systems; Man–in–the–loop management paradigm<br>Software development and deployment<br>Software requirements engineering; Software design, frameworks, and architectures; Software interactive design; Formal methods for software development, verification and validation; Neural networks and performance; Patterns/Anti–patterns/Artifacts/Frameworks; Agile/Generic/Agent–oriented programming; Empirical software evaluation metrics; Software vulnerabilities; Reverse engineering; Software reuse; Software security, reliability and safety; Software economics; Software testing and debugging; Tracking defects in the OO design; Distributed and parallel software; Programming languages; Declarative programming; Real–time and embedded software; Open source software development methodologies; Software tools and deployment environments; Software Intelligence; Software Performance and Evaluation<br>Knowledge virtualization<br>Modeling techniques, tools, methodologies, languages; Model–driven architectures (MDA); Service–oriented architectures (SOA); Utility computing frameworks and fundamentals; Enabled applications through virtualization; Small–scale virtualization methodologies and techniques; Resource containers, physical resource multiplexing, and segmentation; Large–scale virtualization methodologies and techniques; Management of virtualized systems; Platforms, tools, environments, and case studies; Making virtualization real; On–demand utilities Adaptive enterprise; Managing utility–based systems; Development environments, tools, prototypes<br>Systems and networks on the chip<br>Microtechnology and nanotechnology; 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<br>Context–aware systems<br>Context–aware autonomous entities; Context–aware fundamental concepts, mechanisms, and applications; Modeling context–aware systems; Specification and implementation of awareness behavioral contexts; Development and deployment of large–scale context–aware systems and subsystems; User awareness requirements Design techniques for interfaces and systems; Methodologies, metrics, tools, and experiments for specifying context–aware systems; Tools evaluations, Experiment evaluations<br>Networking technologies<br>Next generation networking; Network, control and service architectures; Network signalling, pricing and billing; Network middleware; Telecommunication networks architectures; On–demand networks, utility computing architectures; Next generation networks [NGN] principles; Storage area networks [SAN]; Access and home networks; High–speed networks; Optical networks; Peer–to–peer and overlay networking; Mobile networking and systems; MPLS–VPN, IPSec–VPN networks; GRID networks; Broadband networks<br>Security in network, systems, and applications<br>IT in national and global security; Formal aspects of security; Systems and network security; Security and cryptography; Applied cryptography; Cryptographic protocols; Key management; Access control; Anonymity and pseudonymity management; Security management; Trust management; Protection management; Certification and accreditation; Virii, worms, attacks, spam; Intrusion prevention and detection; Information hiding; Legal and regulatory issues<br>Knowledge for global defense<br>Business continuity and availability; Risk assessment; Aerospace computing technologies; Systems and networks vulnerabilities; Developing trust in Internet commerce; Performance in networks, systems, and applications; Disaster prevention and recovery; IT for anti–terrorist technology innovations (ATTI); Networks and applications emergency services; Privacy and trust in pervasive communications; Digital rights management; User safety and protection<br>Information Systems [IS]<br>Management Information Systems; Decision Support Systems; Innovation and IS; Enterprise Application Integration; Enterprise Resource Planning; Business Process Change; Design and Development Methodologies and Frameworks; Iterative and Incremental Methodologies; Agile Methodologies; IS Standards and Compliance Issues; Risk Management in IS Design and Development; Research Core Theories; Conceptualisations and Paradigms in IS; Research Ontological Assumptions in IS Research; IS Research Constraints, Limitations and Opportunities; IS vs Computer Science Research; IS vs Business Studies<br>IPv6 Today – Technology and deployment<br>IP Upgrade – An Engineering Exercise or a Necessity?; Worldwide IPv6 Adoption – Trends and Policies; IPv6 Programs, from Research to Knowledge Dissemination; IPv6 Technology – Practical Information; Advanced Topics and Latest Developments in IPv6; IPv6 Deployment Experiences and Case Studies; IPv6 Enabled Applications and Devices<br>Modeling<br>Continuous and discrete Models; Optimal Models; Complex System Modeling; Individual–Based Models; Modeling Uncertainty; Compact fuzzy models; Modeling languages; Real–time modeling; Performance modeling; Decision support systems; Multiple criteria decision aiding; Problem structuring methods<br>Optimization<br>Multicriteria Optimization; Multilervel Optimization; Goal Programming; Optimization and Efficiency; Optimization–based decisions; Evolutionary Optimization; Self–Optimization; Extreme Optimization; Combinatorial Optimization; Disccrete Optimization; Fuzzy Optimization; Lipschitzian Optimization; Non–Convex Optimization; Convexity; Continuous Optimization; Interior point methods; Semidefinite and Conic Programming<br>Complexity<br>Complexity Analysis; Computational Complexity; Complexity Reduction; Optimizing Model Complexity; Communication Complexity; Managing Complexity; Modeling Complexity in Social Systems; Low–complexity Global Optimization; Software Development for Modeling and Optimization; Industrial applications<br>
Abbrevation
ICCGI
City
Seville
Country
Spain
Deadline Paper
Start Date
End Date
Abstract