Abbrevation
CIT
City
Sydney
Country
Australia
Deadline Paper
Start Date
End Date
Abstract

CIT has become a primary venue for researchers and industry practitioners to discuss open problems, new research directions, and real&#8211;world case studies on all aspects of computer and information technology&#046; CIT is soliciting original, previously unpublished and high quality papers addressing research challenges and advances spanning over the multidisciplinary aspects of information technology, computing science and computer engineering&#046; The topics of the conference include, but are not limited to, broadly understood:<br>Track 1&#046; Information Technology<br>Image, Video, Audio, Documents<br>Databases, Indexing<br>Coding, Compression<br>Cryptography, Watermarking, Networks and Security<br>E&#8211;Government, E&#8211;Commerce, E&#8211;learning<br>Software Engineering<br>Semantic Web, Knowledge Management<br>Metamodeling, Domain&#8211;Specific Modeling, Aspect&#8211;Oriented Modeling<br>Model Transformation, Model Composition<br>Track 2&#046; Computer Science<br>Numerical Algorithms and Analysis<br>Computational Simulation and Analysis<br>Data Visualization and Virtual Reality<br>Scientific and Engineering Computing<br>Parallel and Distributed Computing<br>Grid Computing and Cluster Computing<br>Embedded and Network Computing<br>Algorithms and Data Structures<br>Programming Language Theory<br>Concurrent, Parallel and Distributed Systems<br>Computational Science<br>Health Informatics<br>Track 3&#046; Signal Processing<br>Signal Processing Theory and Methods<br>Signal Processing for Communications and Networking<br>Design and Implementation of Signal Processing Systems<br>Sensor Array and Multichannel Signal Processing<br>Signal Processing Education<br>Audio Signal Processing<br>Speech and Spoken Language Signal Processing<br>Image, Video and Multidimensional Signal Processing<br>Multimedia Signal Processing<br>Track 4&#046; CPS and Internet of things<br>Access Network Technologies<br>Network, Communication Systems and System Architectures<br>Risk, Security and privacy<br>Location, Searching and Discovery<br>Real&#8211;time Communication and Collaboration for Smart things<br>Sensor Networking Technologies (e&#046;g&#046;, RFID, WSN)<br>Web of Things<br>CPS(Cyber, Physical and Social) Technologies<br>Modeling and Simulation tools and Technologies<br>Case Studies in Areas of Smart Grid, Healthcare, Agriculture, Logistics, Environmental monitoring and Transport, etc<br>Emerging IoT Business Models and Process Changes<br>Social Networking and Computing<br>Education<br>Track 5&#046; Reliability, Security, Privacy and Trust<br>Information and System Security<br>Reliable Computing<br>Trusted Computing<br>Network Security and Privacy<br>Track 6&#046; Applications, Business and Social Issues<br>Business Ontologies and Models<br>Digital Goods and Services<br>Electronic Service Delivery<br>E&#8211;Marketing<br>Languages for Describing Goods and Services<br>Online Auctions and Technologies<br>Virtual Organizations and Teleworking<br>Track 7&#046; Database and Data Mining<br>Feature Selection and Feature Extraction<br>Temporal and Spatial Data Mining<br>Sequential Data Mining<br>Stream Data Mining<br>Social Network Mining<br>Web Mining<br>Text, Graph, Video, Multimedia Data Mining<br>High Performance Data Mining Algorithms<br>Knowledge Discovery<br>Databases and Data Mining Applications<br>Track 8&#046; Microwave and radar<br>Cognitive Radar<br>Compressive Sensing<br>Knowledge Based or Aided Method<br>High Resolution Method<br>Target Detection and Recognition<br>Track 9&#046; System Software and Software Engineering<br>Software Architectures and Design for Emerging Systems<br>Software Engineering for Emerging Networks and Systems<br>System Software for Embedded and Ubiquitous Systems<br>Software Engineering for Mobile Systems<br>Service Oriented Architectures<br>Rapid Application Development for Mobile, Pervasive and Ubiquitous Systems<br>Software Processes for Emerging Computer Systems<br>Project Management for Emerging Computer Systems<br>Track 10&#046; Pattern Recognition and Artificial Intelligence<br>Statistical and Structural Pattern Recognition<br>Machine Learning and Data Mining<br>Applications of Pattern Recognition<br>Computer Vision<br>Image Recognition, Analysis, Understanding, and Processing<br>Multimedia and Document Analysis, Processing and Retrieval<br>Biometrics and Human Computer Interaction<br>Pattern Recognition Theory and Methods<br>Evolutionary Computation<br>Multidisciplinary Artificial Intelligence<br>Track 11&#046; Information Technology in Biomedicine<br>Wireless E&#8211;healthcare<br>Cyber&#8211;physical System in Healthcare Domain<br>E&#8211;health Security<br>Smartphone Applications for E&#8211;healthcare<br>Wireless Body Area Networks<br>Telemedicine<br>Medical Data Collections<br>Other Related Topics<br>Track 12&#046; Wireless Communications<br>Information Theory<br>Multimedia Signal Processing<br>Cross Layer Optimization in Wireless Networks<br>Cognitive Radio, Ultra&#8211;wideband<br>Multihop and Cooperative Communications<br>Modulation, Coding, Diversity<br>OFDM, CDMA, Spread Spectrum<br>MIMO Systems and Smart Antennas<br>Signal Processing in Body Area Networks<br>Wireless Emergency and Security Systems<br>Track 13&#046; Mobile Multimedia Communications<br>Resource Allocation and Joint Source&#8211;channel Coding for Wireless Multimedia<br>Wireless Multimedia Relays Networks and Cooperative Communications<br>Rate Control and Coding Algorithms for Mobile Wireless Video Communications<br>Multimedia over Cognitive Radio Networks<br>Multimedia over Wireless Ad&#8211;hoc and P2P Networks<br>QoS Signaling and Protocols for Mobile Wireless Multimedia<br>Mobility and Multimedia Data Traffic Modeling<br>Mobile Multimedia Test&#8211;beds And Related Research Infrastructures<br>Multimedia Digital Signal Processing for Mobile Healthcare<br>Multimedia Security Issues over Mobile and Wireless Networks<br>Multimedia in Mobile Computing: Issues, System Design, and Performance Evaluation<br>