Add to ORKGThis paper presents a new, a highly compact implementation of a 3232 parallel multiplier based on parallel counters. The new multiplier is designed using the recently proposed Self-Timed Threshold Logic (STTL). The design is based on a direct multiplication scheme using depth 2 (15,4) and (7,3) STTL parallel counters and (4:2) compressors. The proposed parallel multiplier reduces the partial product mat-rix to two rows in only three stages, hence the effective mul-tiplier logic depth is 6. It is shown that the presented scheme significantly reduces the gate count of known proposals for multiplication using threshold logic. 1
AbstractÐThis paper presents a design methodology for high-speed Booth encoded parallel multiplier. ...
Abstract: Multipliers are the fundamental components of many digital systems. Low power and high spe...
International audienceThe new generation of high-performance decimal floating-point units (DFUs) is ...
This paper presents a new, a highly compact implementation of a 3232 parallel multiplier based on pa...
The main result of this paper is the development of a novel, highly compact implementation of the ge...
© 2003 COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstrac...
© 2002 Institution of Engineering and TechnologyA new, highly compact implementation of general para...
In recent years, there has been renewed interest in Threshold Logic (TL), mainly as a result of the ...
The main result is the development of a low depth, highly compact implementation of parallel counter...
Both the (5,3) counter and (2,2,3) counter multiplication techniques are investigated for the effici...
[[abstract]]A design of a parallel multiplier is presented in which the time-consuming multiplicatio...
Abstract This paper proposes an efficient approach to design high‐speed, accurate multipliers. The p...
The authors compare various array multiplier architectures based on (p,q) counter circuits. The trad...
In this paper we present the design of a new high speed multiplication unit. THe design is based on ...
Multiplication is one of the most important operations in microprocessors and digital signal process...
AbstractÐThis paper presents a design methodology for high-speed Booth encoded parallel multiplier. ...
Abstract: Multipliers are the fundamental components of many digital systems. Low power and high spe...
International audienceThe new generation of high-performance decimal floating-point units (DFUs) is ...
This paper presents a new, a highly compact implementation of a 3232 parallel multiplier based on pa...
The main result of this paper is the development of a novel, highly compact implementation of the ge...
© 2003 COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstrac...
© 2002 Institution of Engineering and TechnologyA new, highly compact implementation of general para...
In recent years, there has been renewed interest in Threshold Logic (TL), mainly as a result of the ...
The main result is the development of a low depth, highly compact implementation of parallel counter...
Both the (5,3) counter and (2,2,3) counter multiplication techniques are investigated for the effici...
[[abstract]]A design of a parallel multiplier is presented in which the time-consuming multiplicatio...
Abstract This paper proposes an efficient approach to design high‐speed, accurate multipliers. The p...
The authors compare various array multiplier architectures based on (p,q) counter circuits. The trad...
In this paper we present the design of a new high speed multiplication unit. THe design is based on ...
Multiplication is one of the most important operations in microprocessors and digital signal process...
AbstractÐThis paper presents a design methodology for high-speed Booth encoded parallel multiplier. ...
Abstract: Multipliers are the fundamental components of many digital systems. Low power and high spe...
International audienceThe new generation of high-performance decimal floating-point units (DFUs) is ...