Add to ORKGClock synthesis, a crucial design step for high-performance VLSI circuits, has been extensively studied [1, 2, 3, 4, 5, 6]. Given a set of sinks (flip-flops), the clock synthesis is to find a topology and embedding with the minimized mismatch of arrival times, i.e. skew
In 21st-Century VLSI design, clocking plays crucial roles for both performance and timing convergenc...
The presence of large current peaks on the power and ground lines is a serious concern for designers...
In this thesis, an optimization framework is proposed to synthesize clock trees with useful skews. T...
In synchronous circuit design, data is processed in an orderly fashion with the help of sequential e...
The trend of growing density on chips has increases not only the temperature in chips but also the g...
Abstract—In nanometer-scale VLSI physical design, clock net-work becomes a major concern on determin...
In a synchronous clock distribution network with negligible skews, digital circuits switch simultane...
The thermal gradients existing in high-performance circuits may significantly affect their timing b...
In this paper a top-down methodology is presented for synthesizing clock distribution networks based...
In nanometer-scale VLSI physical design, clock tree becomes a major concern on determining the total...
The thermal gradients existing in high-performance circuits may significantly affect their timing be...
The thermal gradients existing in high-performance circuits may significantly affect their timing be...
In ultra-deep submicron VLSI designs, clock network layout plays an increasingly important role in d...
Synchronous clock distribution continues to be the dominant timing methodology for very large scale ...
The existence of non-uniform thermal gradients on the substrate in high performance IC's can signifi...
In 21st-Century VLSI design, clocking plays crucial roles for both performance and timing convergenc...
The presence of large current peaks on the power and ground lines is a serious concern for designers...
In this thesis, an optimization framework is proposed to synthesize clock trees with useful skews. T...
In synchronous circuit design, data is processed in an orderly fashion with the help of sequential e...
The trend of growing density on chips has increases not only the temperature in chips but also the g...
Abstract—In nanometer-scale VLSI physical design, clock net-work becomes a major concern on determin...
In a synchronous clock distribution network with negligible skews, digital circuits switch simultane...
The thermal gradients existing in high-performance circuits may significantly affect their timing b...
In this paper a top-down methodology is presented for synthesizing clock distribution networks based...
In nanometer-scale VLSI physical design, clock tree becomes a major concern on determining the total...
The thermal gradients existing in high-performance circuits may significantly affect their timing be...
The thermal gradients existing in high-performance circuits may significantly affect their timing be...
In ultra-deep submicron VLSI designs, clock network layout plays an increasingly important role in d...
Synchronous clock distribution continues to be the dominant timing methodology for very large scale ...
The existence of non-uniform thermal gradients on the substrate in high performance IC's can signifi...
In 21st-Century VLSI design, clocking plays crucial roles for both performance and timing convergenc...
The presence of large current peaks on the power and ground lines is a serious concern for designers...
In this thesis, an optimization framework is proposed to synthesize clock trees with useful skews. T...