Add to ORKGSkew optimization is an important stage of the physical design. Previous studies suggested various skew optimization algorithms [1-7]. However, many of them have only focused on the zero-skew optimization [1-3], and several recent studies focus on a useful-skew optimization [5-7]. In this paper, we propose a novel skew optimization method for useful-skew implementation. Our proposed method generates optimal skew values, and applies them to a clock tree without any buffer insertion.1
The buffered clock tree structure is commonly used to distribute the clock signal to the memory elem...
[[abstract]]To conserve energy, a design which utilizes different power modes has been widely adopte...
Clock synthesis, a crucial design step for high-performance VLSI circuits, has been extensively stud...
Instead of zero-skew or assuming a xed skew bound, we seek to produce useful skews in clock routing....
In this thesis, an optimization framework is proposed to synthesize clock trees with useful skews. T...
Among the most challenging tasks of advanced-node IC design is power reduction. In the advanced tech...
In a synchronous clock distribution network with negligible skews, digital circuits switch simultane...
jltsaiocae. wisc. edu Abstract- Zero-skew clock-tree.with minimum clock-delay is preferable due to i...
In this paper, we propose new approaches for solving the useful-skew tree (UST) routing problem [17]...
Clock skew constraint satisfaction is one of the most important tasks in the clock network design, e...
Abstract — This paper investigates methods for minimizing the impact of process variation on clock s...
In ultra-deep submicron VLSI designs, clock network layout plays an increasingly important role in d...
In 21st-Century VLSI design, clocking plays crucial roles for both performance and timing convergenc...
The trend of growing density on chips has increases not only the temperature in chips but also the g...
[[abstract]]In synchronous circuit designs, clock skew is difficult to minimize because a single phy...
The buffered clock tree structure is commonly used to distribute the clock signal to the memory elem...
[[abstract]]To conserve energy, a design which utilizes different power modes has been widely adopte...
Clock synthesis, a crucial design step for high-performance VLSI circuits, has been extensively stud...
Instead of zero-skew or assuming a xed skew bound, we seek to produce useful skews in clock routing....
In this thesis, an optimization framework is proposed to synthesize clock trees with useful skews. T...
Among the most challenging tasks of advanced-node IC design is power reduction. In the advanced tech...
In a synchronous clock distribution network with negligible skews, digital circuits switch simultane...
jltsaiocae. wisc. edu Abstract- Zero-skew clock-tree.with minimum clock-delay is preferable due to i...
In this paper, we propose new approaches for solving the useful-skew tree (UST) routing problem [17]...
Clock skew constraint satisfaction is one of the most important tasks in the clock network design, e...
Abstract — This paper investigates methods for minimizing the impact of process variation on clock s...
In ultra-deep submicron VLSI designs, clock network layout plays an increasingly important role in d...
In 21st-Century VLSI design, clocking plays crucial roles for both performance and timing convergenc...
The trend of growing density on chips has increases not only the temperature in chips but also the g...
[[abstract]]In synchronous circuit designs, clock skew is difficult to minimize because a single phy...
The buffered clock tree structure is commonly used to distribute the clock signal to the memory elem...
[[abstract]]To conserve energy, a design which utilizes different power modes has been widely adopte...
Clock synthesis, a crucial design step for high-performance VLSI circuits, has been extensively stud...