Abstract − This paper presents an efficient system level power saving method for DRAM with multiple power modes. The proposed method is based on the power aware scheduling algorithm that controls DRAM modules in coarse grain in which the scheduler assigns appropriate power modes to memory banks at context switching time. The method controls the transition of multiple power modes, which is currently available technology, based on the history of gaining processor and memory bank usage of each process. The experimental results demonstrate the efficiency of the proposed schemes in multiprogramming environment
textContemporary DRAM systems have maintained impressive scaling by managing a careful balance betwe...
University of Minnesota M.S.E.E. thesis. June 2016. Major: Electrical/Computer Engineering. Advisor:...
This thesis discusses the scheduling schemes with app usage pattern awareness for power dissipation ...
International audienceModern DRAM technologies offer power management features for energy consumptio...
This report presents our exploratory efforts for managing main memory power-aware chips. Current sta...
Abstract- We present an effective power mode management scheme used in SDRAM memory controllers. The...
International audienceRecent trends of CMOS technology scaling and wide-spread use of multicore proc...
International audienceIn order to minimize the energy consumed by the main memory in embedded system...
Existing techniques manage power for the main memory by passively monitoring the memory traffic, and...
The increasing importance of energy e ciency has produced amultitude of hardware devices with variou...
Main memory is responsible for a significant fraction of the energy consumed by servers. Prior work ...
The increasing demand for data intensive applications has increased the needed memory for each compu...
Reducing power/energy consumption is an important goal for all computer systems, from servers to bat...
The memory subsystem is responsible for a large fraction of the energy consumed by compute nodes in ...
With the popularity of multi-core architecture, to sustain the memory demands from different cores, ...
textContemporary DRAM systems have maintained impressive scaling by managing a careful balance betwe...
University of Minnesota M.S.E.E. thesis. June 2016. Major: Electrical/Computer Engineering. Advisor:...
This thesis discusses the scheduling schemes with app usage pattern awareness for power dissipation ...
International audienceModern DRAM technologies offer power management features for energy consumptio...
This report presents our exploratory efforts for managing main memory power-aware chips. Current sta...
Abstract- We present an effective power mode management scheme used in SDRAM memory controllers. The...
International audienceRecent trends of CMOS technology scaling and wide-spread use of multicore proc...
International audienceIn order to minimize the energy consumed by the main memory in embedded system...
Existing techniques manage power for the main memory by passively monitoring the memory traffic, and...
The increasing importance of energy e ciency has produced amultitude of hardware devices with variou...
Main memory is responsible for a significant fraction of the energy consumed by servers. Prior work ...
The increasing demand for data intensive applications has increased the needed memory for each compu...
Reducing power/energy consumption is an important goal for all computer systems, from servers to bat...
The memory subsystem is responsible for a large fraction of the energy consumed by compute nodes in ...
With the popularity of multi-core architecture, to sustain the memory demands from different cores, ...
textContemporary DRAM systems have maintained impressive scaling by managing a careful balance betwe...
University of Minnesota M.S.E.E. thesis. June 2016. Major: Electrical/Computer Engineering. Advisor:...
This thesis discusses the scheduling schemes with app usage pattern awareness for power dissipation ...