Harnessing Data Movement in Virtual Clusters for In-Situ Execution

Keyphrases

• In Situ 100%
• Data Movement 100%
• Virtual Cluster 100%
• Data Analytics 66%
• Performance Degradation 66%
• High Efficiency 33%
• Virtualization Technology 33%
• Network Traffic 33%
• Simulation Runs 33%
• Effective Techniques 33%
• Resource Sharing 33%
• Network Bandwidth 33%
• In-situ Application 33%
• In Situ Data 33%
• Exascale 33%
• Big Data Science 33%
• Mutual Interference 33%
• Bursty 33%
• Scientific Simulation 33%
• Running Simulation 33%
• Network Virtualization 33%
• Asynchronous Transmission 33%
• Nave 33%
• Linux Containers 33%
• Highly Elastic 33%
• Physical Clusters 33%
• Seasonal Autoregressive Integrated Moving Average (SARIMA) 33%
• Simulation Analytics 33%
• Traffic Manipulation 33%
• Elastic Resource Provisioning 33%
• Efficient Resource Provisioning 33%
• Data Centers Cluster 33%

Computer Science

• Virtual Cluster 100%
• Data Analytics 66%
• Performance Degradation 66%
• Data Center 33%
• Virtualization Technology 33%
• Network Traffic 33%
• Big Data Analytics 33%
• Network Bandwidth 33%
• Shared Resource 33%
• Resource Provisioning 33%
• Network Virtualization 33%
• Linux Container 33%