Footprint-aware power capping for hybrid memory based systems

Keyphrases

• Bandwidth Capacity 66%
• Capacity Increase 33%
• Component Change 33%
• Computing Node 33%
• Data Allocation 33%
• Emerging Memory 33%
• Footprint Size 33%
• High Performance Computing 33%
• High Performance Computing Systems 66%
• Hybrid Memory 100%
• Management Concepts 33%
• Memory Bandwidth 100%
• Memory Design 33%
• Memory-based 100%
• Nonvolatile RAM (NVRAM) 33%
• Optimal Power 33%
• Performance Bottleneck 33%
• Performance Improvement 33%
• Power Bandwidth 33%
• Power Cap 66%
• Power Capping 100%
• Power Constraint 33%
• Power Efficiency 33%
• Power Limit 33%
• Power Management 66%
• Problem Size 33%
• Real System 33%
• Software Effort 33%
• Software Framework 33%
• Stacked DRAM 33%
• System Software 33%
• Target Power 33%

Computer Science

• Driven Software 33%
• Experimental Result 33%
• High-Performance Computing 100%
• Main Memory 33%
• Memory Bandwidth 100%
• Memory Design 33%
• Nonvolatile 33%
• optimal power 33%
• Performance Bottleneck 33%
• Power Bandwidth 33%
• Power Constraint 33%
• Power Efficiency 33%
• Power Management 66%
• Software Frameworks 33%
• System Software 33%