With the increase in the complexity of VLSI chips, power grid analysis has become a
challenging task, because linear equations of extremely large size need to be solved …

Graph spectral sparsification-based preconditioning technique has shown promising results
for power grid analysis. However, the conventional methods converge slowly for high …

As the resolution continues to increase, the scale of the power grid of the flat panel display
(FPD) becomes huge. This imposes a severe computational challenge for analysis and …

Accurate and efficient transient analysis of power grids (PGs) poses a large challenge of
computation for nowadays integrated circuit design. In this work, we propose to leverage the …

Transient simulation of large power grids (PGs) can be extremely challenging because
linear equation systems with millions of unknowns need to be solved at each time step. The …

Designing the power delivery network (PDN) in very large-scale integrated (VLSI) circuits is
increasingly important, especially for nowadays low-power integrated circuit (IC) design. In …

Power grid analysis is essential for integrated circuit design, especially as the scale extends
to billions of nodes, making precise calculations across the entire spatial domain …

During the integrated circuit design process, the maximum IR drop value is often given more
attention. The frequency of the maximum IR drop in the actual circuits presents an uneven …

The efficiency of large-scale power grid transient simulation has been of great interest.
Combined with distributed computing, the domain decomposition method can well tackle …