Efficient Capacitance Extraction of 3d Structures Using Generalized Precorrected Fft

Abstract

Pre-corrected FFT algorithms are shown to be a memory-efficient alternative to fast multipole algorithms for performing potential calculations associated with capacitance extraction of realistic 3-D engineering examples. The pre-corrected FFT method can be easily generalized to use the Green functions arising from analysis of conductors in the presence of planar dielectric interfaces or ground planes. This work was supported by ARPA contracts NOOOl4-91-5-1698 and "174-934-0035, as well 8s grants from the Semiconductor Research Corporation (SE558), IBM and Digital Equipment Corporation. 0-7803-2411-0/94/$4.00

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Cite this paper

@inproceedings{PHKLIPS2004EfficientCE, title={Efficient Capacitance Extraction of 3d Structures Using Generalized Precorrected Fft}, author={J . R . PHKLIPS and Jean K . White}, year={2004} }