IEEE International Conference on Recent Advances in Intelligent Computational Systems (RAICS 2013)

  • 19-21 Dec 2013
  • Mascot Hotel (KTDC), Thiruvananthapuram, India

Description

Topics
  • Big Data
    • Stream data analysis for Big Data Analysis
    • Query design for Big Data Analysis
    • Service Profiles and Models in Big Data
    • Substream data analysis for efficient Big Data Analysis
    • New Analytics metrics for Big Data
    • Resource management in Big Data analysis
    • Privacy and Security issues in Big Data
    • Cloud virtualization
    • Cloud Computing in Big Data analysis
    • Performance evaluation techniques in Big Data
    • File system design for Big Data
    • Efficient database design for Big Data
    • Energy efficient algorithms for Big Data analysis
    • Processing over encrypted Big Data
    • Social Network data analysis and visualization
    • Novel algorithms for Crowd-sourcing data analysis
    • On line advertisement algorithms using Big Data analysis
    • Computing on social networks
    • Benchmarks for Big Data analysis
    • Big data analysis of social networks
    • Stream Languages and Untraditional data mining
    • Hadoop/MapReduce-based Big Data analysis
    • Crowd sourcing for Big Data analysis
    • Visual processing of Big Data
    • Data center design for Big Data handling
    • Analytics as a Service (AaaS)
    • Storage techniques for Big Data
    • Archival of Big Data
    • Experiences with real-world data sets
    • Data mining in social media
  • Cyber Physical Systems
    • Test beds and experiences with Cyber Physical Systems
    • Theoretical foundations of Cyber Physical Systems
    • Sensors and Actuator design for Cyber Physical Systems
    • Modelling Cyber Physical Systems
    • Control Theoretic design of Cyber Physical Systems
    • Sensor Networks for Cyber Physical Systems
    • Performance Evaluation of Cyber Physical Systems
    • Simulators and Simulation studies on Cyber Physical Systems
    • Cyber Physical Systems Design for Assisted Design
    • Application-oriented Design of Cyber Physical Systems
    • Signal Processing and Applications for Cyber Physical Systems
    • Data Visualization for Cyber Physical Systems
    • Networked Cyber Physical Systems
    • Synergetic design of computational and physical components
    • System Design for Cyber Physical Systems
    • Distributed Systems and Networks for Cyber Physical Systems
    • Future technologies bridging the Cyber and physical worlds
    • Artificial Intelligence in Cyber Physical Systems
    • Experiences with Open Platforms and large scale test beds on Cyber Physical Systems
    • Deep-space Cyber Physical Systems
    • Inter-planetary Cyber Physical Systems
    • Use of cognitive principles to achieve efficient Cyber Physical Systems
    • Cyber physical systems for Assisted Living Care
    • Under-water cyber physical systems
    • File system design for integrated Cyber Physical Systems
    • Context-based Algorithms and solutions for Cyber Physical Systems
    • Cyber Physical System design in Tactical Applications
    • Embedded File systems and Cloud computing for Cyber Physical Systems
    • Automotive Cyber Physical Systems
    • Cyber Physical Systems for Emergency Response and Disaster management
  • Internet of Things
    • Algorithms for Internet of Things
    • Sensor Networks for Internet of Things
    • Architectures for Internet of Things
    • Naming and indexing in Internet of Things
    • Machine to Machine Communications
    • Protocol Design for Internet of Things
    • Threat Models and Attack Trees
    • Wireless Networks
    • Impact of Internet of Things (IoT) in Cloud Security
    • Compliance, Standardization and Regulation
    • Denial of Service Attacks and prevention mechanisms
    • Impact of Big Data Analytics on Privacy
    • Security, Privacy, and Trust in M2M Social Networks
    • Identity Management
    • IPv4, IPv6, and IPv* for Internet of Things
    • Addressing schemes for Internet of Things
    • Performance evaluation techniques for Machine to Machine (M2M) communication
    • End to End communication in Internet of Things
    • Internetworking of IoT and other heterogeneous networks
    • Internet of Things and Cloud computing
    • Embedded Cloud Computing for Internet of Things
    • Hybrid cloud computing for Internet of Things
    • Web of Things
    • Middle ware and architectures for M2M Platforms
    • Middlewares and architectures for Web of Things
    • Efficient Algorithms and architectures for Web of Things
    • Protocol Design for Web of Things
    • Scalability of Web of Things
    • Embedded Web Services and Protocols
    • Semantic Web
    • Design of databases and algorithms for Internet of Things
    • Approaches for Lightweight structured data
    • Energy-efficient Networking protocols
    • Semantic technologies for IOT services
    • Energy efficient transmission technologies
    • Energy harvesting for Internet of Things
    • Wireless Mesh Networking for Internet of Things
    • Ad hoc wireless networks and Internet of Things
    • Physical layer approaches for green communications for Internet of Things
  • Reconfigurable Computing
    • Reconfigurable embedded systems
    • Reconfigurable Radio Interfaces
    • Software Defined Radios
    • Design for Reconfigurable computing
    • Software Defined Networks
    • Scalable Software Defined Radios
    • Virtual network topology setup and performance evaluation
    • Profile management in Software Defined Networks
    • Programmable network switches and routers
    • On the fly networking over SDNs
    • Reconfigurable MAC protocols
    • Programmability of Wireless Network Devices
    • Reconfigurable Physical layer technologies
    • Programmability for Bandwidth partitioning in SDRs
    • Cognitive radios
    • Bandwidth partition approaches in Programmable radio interfaces
    • Cognitive Wireless Networks
    • Cognitive Radio networks
    • Data analysis and visualization in Software Defined Networks
    • Cognitive Network Protocol Stack
    • Middleware architectures for reconfigurable computing
    • Scalability and efficiency of Software Defined Networks
    • Run time system monitoring and reconfiguration
    • Software tool chains for reconfigurable computing
    • Languages for reconfigurable computer design
    • Energy efficiency in reconfigurable computing
    • Performance evaluation and Benchmarks
    • System integration issues
    • Heterogeneous Reconfigurable computing
    • Real-world experiences with large scale reconfigurable computers
  • Contemporary Signal Processing
    • Processing techniques for Spoken language
    • Signal processing for new generation multimedia
    • Search, classify, and indexing of multimedia content
    • Data compression for audio and video storage
    • Signal processing in Sensor networking
    • Signal processing for data storage and analysis
    • Signal processing for 4G and LTE
    • Encoding and decoding approaches for data processing
    • Signal processing on encrypted multimedia content
    • Signal processing for nano communications
    • Channel estimation approaches for highly noisy environments
    • Equalization and filtering
    • Theory and methods for Signal processing
    • Channel estimation for M2M systems
    • Signal processing for Medical Cyber Physical Systems
    • Channel estimation for Next Generation MIMO systems
    • Machine learning for signal processing
    • Modelling and analysis of channels for Inter-Planetary CPS
    • Multichannel signal processing
    • Sensor array-based signal processing
    • Signal processing systems design and implementation
    • Bio-signal processing
    • Signal processing for Information forensics
    • Image processing for smart environments
    • Signal processing for stereovision to 3D transformation
    • Real world data sets for signal processing
    • Pattern Recognition and Biometrics
    • Multimedia Cryptography and Security
    • Human-Machine Interface
    • Signal Processing with Multimodal input
  • Smart Systems
    • Devices and Technologies for Smart Transportation
    • Technologies for enabling Smart Cities
    • Pervasive computing and communication
    • Algorithms and applications for smart environments
    • Efficient data manipulation for smart systems
    • Approaches for Privacy preservation in smart environment
    • Smart dust and sensor networking
    • Artificial intelligence for pervasive computing and communication
    • Smart systems for remote health care
    • Reliability and survivability in smart systems
    • Energy efficient Smart homes
    • Building-automation technologies
    • Deployment, field trials, test beds, and real-world experiences from smart environments
    • Resource management algorithms for smart environments
    • Algorithms for efficient logistics services in smart environments
    • Robotics and its applications for smart environments
    • Autonomous system design
    • Intelligent driver-less automobiles
    • Security and privacy in smart homes
    • Sensor design for smart environments
    • Distributed algorithms for Smart environments
    • Zero-energy smart environments and Energy harvesting
    • RF finger printing in smart environments
    • Localization approaches in smart environments
    • Control theoretic solutions for smart environment systems
    • Navigation techniques in intelligent transportation techniques
    • Crowd sourcing in Smart environments
    • Smart Grid solutions
    • Integration of social networks and smart environments
    • Health care in smart environments

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Event Categories

Science: Computer Science, Engineering
Technology: Artificial Intelligence (AI), Data management, Information Technology (IT), Internet, IT Security, Robotics, Signal Processing

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