Enhancing Performance and Energy Efficiency for Hybrid Workloads in Virtualized Cloud Environment

Keyphrases

• Energy Efficiency 100%
• Performance Enhancement 100%
• Virtual Machine 100%
• Network Services 100%
• Performance Efficiency 100%
• Virtualization 100%
• Cloud Environment 100%
• Hybrid Workloads 100%
• Virtualization Overhead 100%
• Virtualized Cloud 100%
• Data Sharing 50%
• Energy Consumption 50%
• Shared Network 50%
• Usage Management 50%
• Performance Degradation 50%
• Prototype Implementation 50%
• Memory Consumption 50%
• Computation-intensive 50%
• IT Industry 50%
• Extra Energy 50%
• Intermediate Data 50%
• Service QoS 50%
• Real-world Deployment 50%
• Overall Energy Efficiency 50%
• CPU Scheduling 50%
• Hypervisor 50%
• QoS-aware 50%
• Computation-intensive Task 50%
• Device Virtualization 50%
• Enterprise IT 50%
• In-memory File System 50%
• Service Offloading 50%
• Widespread Adoption 50%
• Novel Solutions 50%
• Intensive Workloads 50%
• Scheduling Latency 50%

Computer Science

• Virtualizations 100%
• Cloud Environment 100%
• Energy Efficiency 100%
• Input/Output 75%
• Intensive Task 50%
• Network Service 50%
• Virtual Machine 50%
• Data Sharing 25%
• Widespread Adoption 25%
• Filesystems 25%
• Quality of Service 25%
• Intensive Computation 25%
• Intermediate Data 25%
• Hypervisor Level 25%
• Energy Consumption 25%
• Performance Degradation 25%
• Combined Effect 25%