The Fifth International Conference on Resource Intensive Applications and Services (INTENSIVE 2013)

Topics

• Heuristics for relaxing RIAS
• Fundamentals on RIAS
• Fundamental algorithms for massive data
• Optimization on RIAS
• Load-balancing and cache algoritms
• Specialized algorithms for grapics, statistics, bio-databases
• Streaming algorithms
• Hierarchical algorithms
• Transaction RIAS
• Sublinear algorithms
• Traffic RIAS
• Bandwidth RIAS
• Resource RIAS
• Broadcast and multicast RIAS
• Memory RIAS
• Computation RIAS
• Data compression RIAS
• Data acquisition RIAS
• Computing platforms
• Replication intensive RIAS
• Large data streams
• Collaborative sharing and datasets analysis
• Data warehouses
• Data-processing pipelines
• Data-driven society and economy
• Data centers
• Intrusion prevention RIAS
• Cryptography RIAS
• Reconfiguration RIAS
• Deep packet inspection RIAS
• Buffering & cashing RIAS
• Load-balancing RIAS
• On-demand computing models
• Performance RIAS
• Cloud SLAs, scalability, privacy, security, ownership and reliability issues
• Cloud computing programming and application development
• Load balancing
• Power-efficiency and Cloud computing
• Custom platforms, on-premise, private clouds
• Business models and pricing policies
• Content and service distribution in Cloud computing infrastructures
• Managing applications in the clouds
• User interaction RIAS
• Migration of Legacy Applications
• User-adaptation RIAS
• Multi-user RIAS
• Mobility RIAS
• Technology intensive
• Intensive real-time decoding
• High-speed RIAS
• Message RIAS
• Control intensive
• Power consumption RIAS
• Monitoring RIAS
• Software for RIAS
• Hardware for RIAS
• Threat containment RIAS
• Middleware for RIAS
• Large scale ehealth systems
• Bioinformatics computation
• Weather forecast computation
• Pharmaceutical/drug computation
• Geo-spatial simulations
• Earthquake simulations
• Real-time manufacturing systems
• Spatial programs
• Avionic systems
• Transportation systems
• Electric-power systems
• Economic/financial systems