A leakage power reduction platform for CMOS combinational circuits by means of input vector control is presented. Genetic algorithm is used for searching minimum leakage vector and circuit status difference is used as fitness function. Experimental results show that this circuit status difference based genetic algorithm can achieve satisfied leakage power reduction, and runtime is reasonable. This method has no requirement for HSpice simulation and independent from target technology library.EI03421-4274
An efficient design methodology in accordance with the present invention is described fo...
Abstract. Fine-grain Sleep Transistor Insertion (FGSTI) is an effective leakage reduction method in ...
Growth in the speed and integration density of CMOS digital systems far outpaces the growth in batte...
Leakage power is the dominant source of power dissipation in nanometer technology. As per the Intern...
面向基于标准单元的CMOS组合电路,利用输入向量控制技术,采用遗传算法作为求解手段,建立了CMOS组合电路静态功耗优化环境.在遗传算法中利用电路状态差异度作为适应度函数,求解使电路静态功耗最小的输入向...
Due to the increasing role of leakage power in CMOS circuit’s total power dissipation, leakage reduc...
Leakage power is the dominant source of power dissipation innanometer technology. As per the Intern...
Due to the increasing role of leakage power in CMOS circuit's total power dissipation, leakage reduc...
We present two approaches to leakage power minimization in static CMOC circuits by means of input ve...
In Deep Sub-Micron (DSM) technology, leakage power dissipation consumes the substantial percentage o...
Input vector control (IVC) technique utilizes the stack effect in CMOS circuit to apply the minimum ...
As silicon technology scaling, leakage power dissipation has become the most significant component f...
Abstract – In Integrated Circuits (IC), the transistor density is increased by scaling down the size...
An efficient design methodology in accordance with the present invention is described fo...
An efficient design methodology in accordance with the present invention is described fo...
An efficient design methodology in accordance with the present invention is described fo...
Abstract. Fine-grain Sleep Transistor Insertion (FGSTI) is an effective leakage reduction method in ...
Growth in the speed and integration density of CMOS digital systems far outpaces the growth in batte...
Leakage power is the dominant source of power dissipation in nanometer technology. As per the Intern...
面向基于标准单元的CMOS组合电路,利用输入向量控制技术,采用遗传算法作为求解手段,建立了CMOS组合电路静态功耗优化环境.在遗传算法中利用电路状态差异度作为适应度函数,求解使电路静态功耗最小的输入向...
Due to the increasing role of leakage power in CMOS circuit’s total power dissipation, leakage reduc...
Leakage power is the dominant source of power dissipation innanometer technology. As per the Intern...
Due to the increasing role of leakage power in CMOS circuit's total power dissipation, leakage reduc...
We present two approaches to leakage power minimization in static CMOC circuits by means of input ve...
In Deep Sub-Micron (DSM) technology, leakage power dissipation consumes the substantial percentage o...
Input vector control (IVC) technique utilizes the stack effect in CMOS circuit to apply the minimum ...
As silicon technology scaling, leakage power dissipation has become the most significant component f...
Abstract – In Integrated Circuits (IC), the transistor density is increased by scaling down the size...
An efficient design methodology in accordance with the present invention is described fo...
An efficient design methodology in accordance with the present invention is described fo...
An efficient design methodology in accordance with the present invention is described fo...
Abstract. Fine-grain Sleep Transistor Insertion (FGSTI) is an effective leakage reduction method in ...
Growth in the speed and integration density of CMOS digital systems far outpaces the growth in batte...