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NCA 2011 : The 10th IEEE International Symposium on Network Computing and Applications | |||||||||||||||
Link: http://www.ieee-nca.org/ | |||||||||||||||
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Call For Papers | |||||||||||||||
Symposium
The IEEE International Symposium on Network Computing and Applications is seeking articles concerning fundamental research and practical experience reports. The topics of interest include, but are not limited to: · High Speed Networks/Protocols and Middleware · Routing Mechanisms · Overlay Networks/Peer-to-Peer Systems · System Area Networks (SAN)/Clusters · Performance Modeling/Quality of Services (QoS) Issues · Web Caching and Switching · Network Processors · Network Security · Dependable Wide, Local, and System Area Networks · Intrusion-Tolerant Systems · Scalable and Dependable Servers · Middleware for Dependable Network Computing · Self*(configuring, healing, optimizing, protecting, organizing, aware) platforms for Network Computing · Seamless and virtual capabilities to achieve dynamic reconfiguration, self-healing, and non-stop operation · Network Protocol Verification and Validation · Autonomic Network Computing · Cloud Computing: Optimizing the Cloud (path, communication, application, etc.) · Autonomic Cloud Computing: Secure Cloud Applications and Platforms, Ensuring Site and Application Availability · Mobile Ad-Hoc Networks (MANET) · Sensor Networks · Programming Environments for Distributed Systems · e-Commerce · Practical Experiences and Prototypes Workshops The IEEE International Symposium on Network Computing and Applications is organizing the following workshops: Adaptive Cloud & Grid Computing (ACGC) · Dynamically forming virtual organizations · Adaptive infrastructure for grid computing · Dynamic reconfiguration in the presence of anomalies in the cloud & grid computational infrastructures Interconnection Networks for Multicore Chips (INMC) · Network-driven multicore chips · Caching and virtualization in on-chip networks for multicore chips · Low power on-chip networks for multicore chips · Programming paradigms for multicore chips Methods for Assessing Tradeoffs (e.g., security and performance) in Trustworthy System Design (MATTSD) · Composition methods for designing trustworthy systems · Composing untrustworthy computing platforms for trustworthy multiparty computation |
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