Table of Contents

• Session: Parallel And Distributed Algorithms And Applications + Grid Computing
• 1) VM Migration Approach for Autonomic Fault Tolerance in Cloud
• 2) Adaptive Data Replication Scheme Based on Access Count Prediction in Hadoop
• 3) Elastic Integration of a Dedicated Grid Site with an Opportunistic Cloud Infrastructure
• 4) Instantaneous Availability-Aware Scheduling Method for Parallel Task in Cloud Environment
• 5) BLASTer: A Hub-based Tool for Bioinformatics
• 6) An Efficient Method by Using Prediction to Reduce Times in Live Migration of Virtual Machine
• Session: Cloud Computing and Related Issues
• 1) Towards a User Deployable Service-oriented Autonomic Multi-cloud Overlay Infrastructure for Sky Computing
• 2) SLA-Aware Adaptive Provisioning Method for Virtualized Application Execution Environments
• 3) Harnessing the Benefits of Big Data in the Cloud
• 4) A Stream Symmetric Homomorphic Encryption Scheme With Finite Automata
• 5) Energy Efficiency Models Implemented in a Cloud Computing Environment
• 6) A System of Cloud Services and SOA to Improve Healthcare Organizations
• 7) Essential Cloud Security Features in Windows Azure
• 8) An Approach for QoS-aware Cloud Service Selection Based on Genetic Algorithm and Simplex Method
• 9) Maximizing SLA and QoE in Heterogeneous Cloud Computing Environment
• 10) Social Network Storage Allocation
• Session: Virtual Machines and Cloud Computing
• 1) A Fast Live Migration Algorithm of Virtual Machine with CPU Scheduling
• 2) A Fuzzy Predictable Load Balancing Approach in Cloud Computing

About the Author

Hamid R. Arabnia is Professor, Computer Science; Editor-in-Chief, The Journal of Supercomputing (Springer); Elected Fellow, Int'l Society of Intelligent Biological Medicine (ISIBM); The University of Georgia, Department of Computer Science.