Abstract- We present an effective power mode management scheme used in SDRAM memory controllers. The scheme employs a bus utilization monitoring mechanism to initiate proper operations of SDRAM chips. Our approach reduces energy consumption by actively switching memories to low-power mode at low bus utilization. At higher bus utilization, the scheme switches memories to open page mode to reduce precharge energy as well as program execution time. This bus utilization predictor reduces memory energy consumption without the expense of increasing program execution time. It achieved the performance level of open page policy by consuming 20 % less of memory energy. I
Main memory has become one of the largest contributors to overall energy consumption and offers many...
International audienceIn order to minimize the energy consumed by the main memory in embedded system...
Energy efficiency has become one of the most important factors in the development of computer system...
Powering down SDRAMs at run-time reduces memory energy consumption significantly, but often at the c...
This report presents our exploratory efforts for managing main memory power-aware chips. Current sta...
Power modeling and estimation has become one of the most defining aspects in designing modern embedd...
Main memory is responsible for a significant fraction of the energy consumed by servers. Prior work ...
Despite constant improvements in fabrication technology, hardware components are consuming more powe...
Abstract − This paper presents an efficient system level power saving method for DRAM with multiple ...
Energy is becoming a critical resource to not only small battery-powered devices but also large serv...
Reducing power/energy consumption is an important goal for all computer systems, from servers to bat...
Existing techniques manage power for the main memory by passively monitoring the memory traffic, and...
Energy consumption is a limiting constraint for both embedded and high performance systems. CPU-core...
International audienceRecent technological advances have greatly improved the performance and featur...
The increasing importance of energy e ciency has produced amultitude of hardware devices with variou...
Main memory has become one of the largest contributors to overall energy consumption and offers many...
International audienceIn order to minimize the energy consumed by the main memory in embedded system...
Energy efficiency has become one of the most important factors in the development of computer system...
Powering down SDRAMs at run-time reduces memory energy consumption significantly, but often at the c...
This report presents our exploratory efforts for managing main memory power-aware chips. Current sta...
Power modeling and estimation has become one of the most defining aspects in designing modern embedd...
Main memory is responsible for a significant fraction of the energy consumed by servers. Prior work ...
Despite constant improvements in fabrication technology, hardware components are consuming more powe...
Abstract − This paper presents an efficient system level power saving method for DRAM with multiple ...
Energy is becoming a critical resource to not only small battery-powered devices but also large serv...
Reducing power/energy consumption is an important goal for all computer systems, from servers to bat...
Existing techniques manage power for the main memory by passively monitoring the memory traffic, and...
Energy consumption is a limiting constraint for both embedded and high performance systems. CPU-core...
International audienceRecent technological advances have greatly improved the performance and featur...
The increasing importance of energy e ciency has produced amultitude of hardware devices with variou...
Main memory has become one of the largest contributors to overall energy consumption and offers many...
International audienceIn order to minimize the energy consumed by the main memory in embedded system...
Energy efficiency has become one of the most important factors in the development of computer system...