When good enough is better: Energy-aware scheduling for multicore servers

Keyphrases

• Good Enough 100%
• Multi-core Servers 100%
• Energy Scheduling 100%
• Energy Saving 60%
• Quality of Service 40%
• Scheduling Algorithm 40%
• Approximate Computing 40%
• Energy Consumption 20%
• Power Distribution 20%
• Resource Constraints 20%
• Energy Management 20%
• User Experience 20%
• Perceived Quality 20%
• Significant Energy 20%
• Interactive Applications 20%
• Water-filling 20%
• Quality Level 20%
• Two-mode 20%
• Large Energy 20%
• High-performance Computing Application 20%
• Sharing Policy 20%
• Distribution Scheme 20%
• Thrashing 20%
• Mobile Cloud 20%
• Balance Energy 20%
• Cloud Performance 20%
• Equal Sharing 20%
• Tolerable Error 20%
• Hybrid Power 20%
• Compensation Policy 20%
• Mobile Performance 20%

Computer Science

• Multicore 100%
• Energy Saving 100%
• Approximate Computing 66%
• Scheduling Algorithm 66%
• Energy Consumption 33%
• Quality of Service 33%
• Power Distribution 33%
• Resource Constraint 33%
• Perceived Quality 33%
• Interactive Application 33%
• High Performance Computing Application 33%
• User Experience 33%
• Distribute Power 33%