Add to ORKGHigh transistor switching speeds is maintained in Deep-submicron CMOS designs by scaling down of supply voltage and proportionately reduction in the transistor threshold voltage. If the threshold voltage is lowered, it leads to increase in leakage energy dissipation because of sub threshold leakage current even when there is no switching occurring in the transistor. An integrated architectural and circuit-level approach is explored in the paper so that in I caches, the leakage energy can be reduced. At the architectural level, the proposal is DRI i-cache which is a design that dynamically resizable and adapts to an application’s required size At the circuit-level, gated-Vdd is used, which is a mechanism that leads to effectively turning off...
Abstract—In this paper we present the “Variation Trained Drowsy Cache ” (VTD-Cache) architecture. VT...
Abstract — The growing demand for high density VLSI circuits and the exponential dependency of the l...
fraction of the total power consumption of microprocessors. In nanometer-scale technology, the subth...
Deep-submicron CMOS designs maintain high transistor switching speeds by scaling down the supply vol...
Deep-submicron CMOS designs maintain high transistor switching speeds by scaling down the supply vol...
Deep-submicron CMOS designs have resulted in large leakage energy dissipation in microprocessors. Wh...
On-chip L1 and L2 caches dissipate a sizeable fraction of the total power of processors. As feature ...
On-chip caches represent a sizeable fraction of the total power consumption of microprocessors. Alth...
Scaling of CMOS technology has enabled a phenomenal growth in computing capability throughout the la...
In this paper, a technique to reduce the leakage power consumption in embedded drowsy instruction c...
Recently, energy dissipation by microprocessors is getting larger, which leads to a serious problem ...
If current technology scaling trends hold, leakage power dissipation will soon become the dominant s...
Minimizing power consumption continues to grow as a critical design issue for many platforms, from e...
We evaluate the leakage reduction for both instruction and data cache in presence of drowsy or decay...
Scaling devices while maintaining reasonable short channel immunity requires gate oxide thickness of...
Abstract—In this paper we present the “Variation Trained Drowsy Cache ” (VTD-Cache) architecture. VT...
Abstract — The growing demand for high density VLSI circuits and the exponential dependency of the l...
fraction of the total power consumption of microprocessors. In nanometer-scale technology, the subth...
Deep-submicron CMOS designs maintain high transistor switching speeds by scaling down the supply vol...
Deep-submicron CMOS designs maintain high transistor switching speeds by scaling down the supply vol...
Deep-submicron CMOS designs have resulted in large leakage energy dissipation in microprocessors. Wh...
On-chip L1 and L2 caches dissipate a sizeable fraction of the total power of processors. As feature ...
On-chip caches represent a sizeable fraction of the total power consumption of microprocessors. Alth...
Scaling of CMOS technology has enabled a phenomenal growth in computing capability throughout the la...
In this paper, a technique to reduce the leakage power consumption in embedded drowsy instruction c...
Recently, energy dissipation by microprocessors is getting larger, which leads to a serious problem ...
If current technology scaling trends hold, leakage power dissipation will soon become the dominant s...
Minimizing power consumption continues to grow as a critical design issue for many platforms, from e...
We evaluate the leakage reduction for both instruction and data cache in presence of drowsy or decay...
Scaling devices while maintaining reasonable short channel immunity requires gate oxide thickness of...
Abstract—In this paper we present the “Variation Trained Drowsy Cache ” (VTD-Cache) architecture. VT...
Abstract — The growing demand for high density VLSI circuits and the exponential dependency of the l...
fraction of the total power consumption of microprocessors. In nanometer-scale technology, the subth...