One of the challenges of high speed digital circuit design has been to achieve timing closure. With shrinking geometries, more efforts have been directed towards minimizing the interconnect delay to achieve timing. However, this work presents an idea of working at the gate level to reduce the delays. Even though domino logic has been known to provide speed up to the designs, the absence of CAD tools for domino circuit design has restricted the use of domino logic as a timing closure technique just before the tape-out. This work presents a methodolgy to overcome the challenges faced in a standard "domino" cell based design flow, presenting it as an alternative/addendum to the timing closure techniques.Electrical and Computer Engineerin
In this paper, a new technique of power reduction in CMOS domino logic is proposed. The proposed tec...
In this paper, a simple topology to reduce delay variations in domino logic gates is discussed. Acco...
[[abstract]]Factors of delay variation, such as process variation and noise effects, may cause a man...
One of the challenges of high speed digital circuit design has been to achieve timing closure. With ...
Abstract: Reduction of propagation delay is very important for high speed applications. This paper g...
Abstract—Domino circuits are widely used in high-performance CMOS microprocessors. However, textbook...
Domino logic has proved to be a powerful alternative to conventional CMOS in high-performance IC des...
Domino logic is a circuit family that is wellsuited to implementing high-speed circuits. Synthesis o...
Two methods are presented for static timing verifica-tion of sequential circuits implemented as a mi...
Abstract — We present a technique, termed clockgenerating (CG) domino, for improving dual-output dom...
Journal ArticleWe introduce a simple hierarchical design technique for building high-performance se...
This paper discusses the application of the timing analysis tool ATACS to the high performance, self...
Abstract: This paper discusses the various design techniques of Energy efficient and High Speed Domi...
As cycle time of chips shrinks and die size grows, clock skew measured as a fraction of the cycle ti...
In this paper, a simple topology to reduce delay variations in domino logic gates is discussed. Acco...
In this paper, a new technique of power reduction in CMOS domino logic is proposed. The proposed tec...
In this paper, a simple topology to reduce delay variations in domino logic gates is discussed. Acco...
[[abstract]]Factors of delay variation, such as process variation and noise effects, may cause a man...
One of the challenges of high speed digital circuit design has been to achieve timing closure. With ...
Abstract: Reduction of propagation delay is very important for high speed applications. This paper g...
Abstract—Domino circuits are widely used in high-performance CMOS microprocessors. However, textbook...
Domino logic has proved to be a powerful alternative to conventional CMOS in high-performance IC des...
Domino logic is a circuit family that is wellsuited to implementing high-speed circuits. Synthesis o...
Two methods are presented for static timing verifica-tion of sequential circuits implemented as a mi...
Abstract — We present a technique, termed clockgenerating (CG) domino, for improving dual-output dom...
Journal ArticleWe introduce a simple hierarchical design technique for building high-performance se...
This paper discusses the application of the timing analysis tool ATACS to the high performance, self...
Abstract: This paper discusses the various design techniques of Energy efficient and High Speed Domi...
As cycle time of chips shrinks and die size grows, clock skew measured as a fraction of the cycle ti...
In this paper, a simple topology to reduce delay variations in domino logic gates is discussed. Acco...
In this paper, a new technique of power reduction in CMOS domino logic is proposed. The proposed tec...
In this paper, a simple topology to reduce delay variations in domino logic gates is discussed. Acco...
[[abstract]]Factors of delay variation, such as process variation and noise effects, may cause a man...