Clock network construction is one key problem in high performance VLSI design. Reducing
the clock skew variation is one of the most important objectives during clock network …

Nanometer IC designs are increasingly challenged to achieve manufacturing closure, ie,
being fabricated with high product yield due to feature miniaturizations and process …

With aggressive technology scaling, within-die random variations are becoming the most
dominant source of process variations. Gate-level statistical static timing is becoming a …

Nanometer IC designs are increasingly challenged by manufacturing closure, ie, being
fabricated with high product yield, mainly due to aggressive technology scaling and …

As semiconductor technology continues to advance at an unprecedented pace, the
integration of smaller and more densely packed transistors on silicon wafers has ushered in …

The clock distribution network in a synchronous digital circuit delivers a clock signal to every
storage element, that is, clock sink in the circuit. However, since the continued technology …

The clock distribution network in a synchronous digital circuit delivers a clock signal to every
storage element ie, clock sink in the circuit. However, since the continued technology scaling …

High power density and uneven power density distribution caused large thermal space
gradient on VLSI. Since CMOS gate delay is highly relevant to temperature, the thermal …

Aggressive technology and clock frequency scaling have been key enablers to boosting
integrated circuit (IC) performance over the past two decades. As technology scales further …

隨著製程技術的進步, 我們越來越難達到零偏斜或接**零偏斜的時鐘分配, 即使經過一些常見的
演算法來合成零偏斜的時鐘. 在本篇論文中, 我們提出了一個方法, 透過**衡各金屬層的繞線長 …