Balancing Power and Performance in HPC Clouds

Keyphrases

• Balance Ability 100%
• Dynamic Voltage Frequency Scaling 100%
• Dynamic Voltage Scaling 100%
• Balancing Power 100%
• HPC Cloud 100%
• Virtual Machine Placement 60%
• Energy Consumption Reduction 40%
• Energy Saving 40%
• Virtual Machine 40%
• Performance Interference 40%
• Cloud Manager 40%
• Support Vector Machine 20%
• Energy Consumption 20%
• Frequency Scaling 20%
• Impact Performance 20%
• Placement Algorithm 20%
• Total Energy 20%
• Integer Programming 20%
• Novel Mechanism 20%
• High Performance Computing 20%
• Chip-level 20%
• Core Dynamics 20%
• Multiple Virtual Machines 20%
• Virtualization 20%
• Scaling Method 20%
• Core Level 20%
• Power Delay Product 20%
• Physical Machine 20%
• Computing Cloud 20%
• Appropriate Placement 20%
• Heterogeneous Cloud 20%
• Different Characteristics 20%
• Full-chip 20%

Computer Science

• Dynamic Voltage and Frequency Scaling 100%
• Virtual Machine 60%
• Virtual Machine Placement 60%
• Energy Consumption 60%
• Placement Algorithm 20%
• Integer Programming 20%
• High-Performance Computing 20%
• Virtualizations 20%
• Energy Delay Product 20%
• Physical Machine 20%
• Cloud Environment 20%
• Energy Saving 20%
• Support Vector Machine 20%

Engineering

• Dynamic Frequency Scaling 100%
• Voltage Scaling 100%
• Energy Engineering 60%
• Reduce Energy Consumption 40%
• Energy Conservation 20%
• Virtualization 20%
• Cloud Computing 20%
• Support Vector Machine 20%
• Core Level 20%