Add to ORKGAbstract—In this paper,we have implemented a modified version of the Bypass Zero Feed A Directly (MODBZ-FAD) multiplier architecture based on shift- and add- method.This architecture has considerably low power than the other multiplier architectures.In this architecture we have reduced the power consumption and propagation delay of the circuit.This has been done by removing Bypass register,dflipflop & multiplexers.The synthesis results shows that the switching activity had been lowered up to 78 % and power consumption up to 22 % when compared up to BZ-FAD architecture
Multiplication is one of the fundamental operations used in most arithmetic computing systems. Multi...
Digital multipliers are an important part of most of digital computation systems, such as microcontr...
Modulo 2n + 1 multipliers are the primitive computational logic components widely used in residue ar...
Abstract — In this paper, a low-power structure called BZ-FAD (Bypass Zero, Feed A Directly) for shi...
Abstract- Low power is one of the most important designing factors in today’s VLSI design market bec...
A multiplier is one of the key hardware blocks in most digital and high performance systems such as ...
This paper presents low power design techniques required to develop a high performance multiplier. B...
In this paper, a low-power structure for shift-and-add multipliers is proposed. The architec-ture co...
In latest years, the requirement for portable digital gadgets are gaining greater interest. Transpor...
SUB-and-add multipliers have a simpler structure than other types of multipliers and, at the same ti...
In this paper, a low power delay multiplier design is proposed. Aiming to achieve high performance, ...
The progress of high-speed, low-power, and regular-layout multipliers is a latest in research. The m...
This paper presents several new array multiplier architectures for reducing the switching activity i...
We describe a micropower 16 16-bit multiplier (18.8 W/MHz @1.1 V) for low-voltage power-critical ...
Multipliers in DSP computations are crucial. Thus modern DSP systems need to develop low power multi...
Multiplication is one of the fundamental operations used in most arithmetic computing systems. Multi...
Digital multipliers are an important part of most of digital computation systems, such as microcontr...
Modulo 2n + 1 multipliers are the primitive computational logic components widely used in residue ar...
Abstract — In this paper, a low-power structure called BZ-FAD (Bypass Zero, Feed A Directly) for shi...
Abstract- Low power is one of the most important designing factors in today’s VLSI design market bec...
A multiplier is one of the key hardware blocks in most digital and high performance systems such as ...
This paper presents low power design techniques required to develop a high performance multiplier. B...
In this paper, a low-power structure for shift-and-add multipliers is proposed. The architec-ture co...
In latest years, the requirement for portable digital gadgets are gaining greater interest. Transpor...
SUB-and-add multipliers have a simpler structure than other types of multipliers and, at the same ti...
In this paper, a low power delay multiplier design is proposed. Aiming to achieve high performance, ...
The progress of high-speed, low-power, and regular-layout multipliers is a latest in research. The m...
This paper presents several new array multiplier architectures for reducing the switching activity i...
We describe a micropower 16 16-bit multiplier (18.8 W/MHz @1.1 V) for low-voltage power-critical ...
Multipliers in DSP computations are crucial. Thus modern DSP systems need to develop low power multi...
Multiplication is one of the fundamental operations used in most arithmetic computing systems. Multi...
Digital multipliers are an important part of most of digital computation systems, such as microcontr...
Modulo 2n + 1 multipliers are the primitive computational logic components widely used in residue ar...