Analyzing power consumption is a major factor in CMOS electronic design procedure. Power estimation approaches are more complicated than area and delay estimation since they depend on several factors such as signal transitions, clock frequency, CMOS technology, circuit\u27s design and etc. This article describes different components of power dissipation in CMOS circuits such as Short Circuit, Static and Dynamic power, as a background to ease the way of further discussion on estimation methods. The major concept of the paper presents some power estimation methods at circuit and logic level and also static power analyses. Two main logic level estimation methods, Simulation-Based and probabilistic techniques are briefly described. The paper is...
Due to the recent trend toward highly reliable portable computing and wireless communications system...
In this chapter, we explain the two types of power consumption found in a complementary metal-oxide-...
Due to the recent trend toward highly reliable portable computing and wireless communications system...
In this paper, we discuss on accuracy of several kinds of power dissipation model for CMOS VLSI circ...
this paper, we discuss on accuracy of power dissipation models for CMOS VLSI circuits. Some research...
As mobile and portable information systems are becoming more popular, there is a need for the develo...
With the advent of portable and high-density microelectronic devices � the power dissipation of very...
Transistlw-level power simulators, which are more accurate than logic-level power estimators, have b...
With the advent of portable and high-density microelectronic devices, the power dissipation of integ...
Increasing demand for portable electronics for computing and communication, as well as other applica...
Abstract: A new static power analysis method for CMOS combinational circuits is presented. This appr...
Abstract—This paper introduces a new approach to pattern dependent static power estimation in logic ...
This investigation reports on the power dissipation of different CMOS adders implementations. Analyz...
This investigation reports on the power dissipation of different CMOS adders implementations. Analyz...
THESIS 7351The last decade has seen the inclusion of power consumption criteria in the list of desig...
Due to the recent trend toward highly reliable portable computing and wireless communications system...
In this chapter, we explain the two types of power consumption found in a complementary metal-oxide-...
Due to the recent trend toward highly reliable portable computing and wireless communications system...
In this paper, we discuss on accuracy of several kinds of power dissipation model for CMOS VLSI circ...
this paper, we discuss on accuracy of power dissipation models for CMOS VLSI circuits. Some research...
As mobile and portable information systems are becoming more popular, there is a need for the develo...
With the advent of portable and high-density microelectronic devices � the power dissipation of very...
Transistlw-level power simulators, which are more accurate than logic-level power estimators, have b...
With the advent of portable and high-density microelectronic devices, the power dissipation of integ...
Increasing demand for portable electronics for computing and communication, as well as other applica...
Abstract: A new static power analysis method for CMOS combinational circuits is presented. This appr...
Abstract—This paper introduces a new approach to pattern dependent static power estimation in logic ...
This investigation reports on the power dissipation of different CMOS adders implementations. Analyz...
This investigation reports on the power dissipation of different CMOS adders implementations. Analyz...
THESIS 7351The last decade has seen the inclusion of power consumption criteria in the list of desig...
Due to the recent trend toward highly reliable portable computing and wireless communications system...
In this chapter, we explain the two types of power consumption found in a complementary metal-oxide-...
Due to the recent trend toward highly reliable portable computing and wireless communications system...