It is well known that the spatial derivative of the potential field governed by the Laplace and
Poisson equations can become infinite at corners (in two and three dimensions) and edges …

The previously reported neBEM solver has been used to solve electrostatic problems having
three-dimensional edges and corners in the physical domain. Both rectangular and …

In this paper we show how the highly restrictive design rules of the recent sub-micro to nano-
scale integrated circuit technologies allow to use a limited number of pre-computed surface …

Parallelization of traditional accelerated techniques for integral equation solvers has been
shown to be inefficient and to scale poorly with the number of parallel computing nodes. This …

The boundary element method is widely used in the electrostatic analysis of micro-electro-
mechanical systems (MEMS) in order to determine the capacitance and electrostatic forces …

In the computational arena, researchers strive continuously to improve numerical
simulations, both in terms of accuracy and efficiency. The needs for better performance in …

State-of-the-art capacitance extraction methods for Integrated Circuits (IC) involve scanning
2D cross-sections, and interpolating 2D capacitance values using a table lookup approach …