[[abstract]]We present in this paper a clock tree regeneration algorithm for improving both the wirability and performance of VLSI chip designs. After circuit placement, we modify the clock trees originally specified by logic designs utilizing the geometrical information derived from the placement. First, a bipartite bottleneck matching approach is applied to minimize the longest driver to clock pin length. Then a linear assignment approach is used to optimize the total driverpin length. The experimental results are extremely encouraging.[[fileno]]2030222030002[[department]]資訊工程學
The buffered clock tree structure is commonly used to distribute the clock signal to the memory elem...
Among the most challenging tasks of advanced-node IC design is power reduction. In the advanced tech...
Abstract — Traditionally, clock network layout is performed after cell placement. Such methodology i...
In nanometer-scale VLSI physical design, clock tree becomes a major concern on determining the total...
textLogic optimization and clock network optimization for power, performance and area trade-off have...
The timing performance of clock trees in scaled technology nodes may be severely degraded by on-chip...
This paper presents a methodology for the automatic generation of clock trees in an ASIC design at t...
In ultra-deep submicron VLSI designs, clock network layout plays an increasingly important role on d...
As power consumption of the clock tree in modern VLSI de-signs tends to dominate, measures must be t...
With the growth in chip size and reduction in line width, delays in driving long lines have become i...
In synchronous circuit design, data is processed in an orderly fashion with the help of sequential e...
Abstract: Nowadays power consumption is an important issue in high-performance digital circuits. Re...
The clock trees of high-performance synchronous circuits have many clock logic cells (e.g., clock ga...
The clock network of a circuit is a main contributor to the power consumption of any ASIC design. A ...
In 21st-Century VLSI design, clocking plays crucial roles for both performance and timing convergenc...
The buffered clock tree structure is commonly used to distribute the clock signal to the memory elem...
Among the most challenging tasks of advanced-node IC design is power reduction. In the advanced tech...
Abstract — Traditionally, clock network layout is performed after cell placement. Such methodology i...
In nanometer-scale VLSI physical design, clock tree becomes a major concern on determining the total...
textLogic optimization and clock network optimization for power, performance and area trade-off have...
The timing performance of clock trees in scaled technology nodes may be severely degraded by on-chip...
This paper presents a methodology for the automatic generation of clock trees in an ASIC design at t...
In ultra-deep submicron VLSI designs, clock network layout plays an increasingly important role on d...
As power consumption of the clock tree in modern VLSI de-signs tends to dominate, measures must be t...
With the growth in chip size and reduction in line width, delays in driving long lines have become i...
In synchronous circuit design, data is processed in an orderly fashion with the help of sequential e...
Abstract: Nowadays power consumption is an important issue in high-performance digital circuits. Re...
The clock trees of high-performance synchronous circuits have many clock logic cells (e.g., clock ga...
The clock network of a circuit is a main contributor to the power consumption of any ASIC design. A ...
In 21st-Century VLSI design, clocking plays crucial roles for both performance and timing convergenc...
The buffered clock tree structure is commonly used to distribute the clock signal to the memory elem...
Among the most challenging tasks of advanced-node IC design is power reduction. In the advanced tech...
Abstract — Traditionally, clock network layout is performed after cell placement. Such methodology i...