The proposed method has been implemented and verified on a 65nm BEOL cross section having 10 metal layers and a total number of 59 parameters. Because of its ...
In par- ticular, we show how the adjoint sensitivity method can be efficiently integrated within a finite-difference (FD) scheme to compute the sensitivity of ...
Efficient algorithm for the computation of on-chip capacitance sensitivities with respect to a large set of parameters. June 2008. DOI:10.1145/1391469.1391699.
Efficient algorithm for the computation of on-chip capacitance sensitivities with respect to a large set of parameters. Tarek El-Moselhy, I. M. Elfadel ...
Efficient algorithm for the computation of on-chip capacitance sensitivities with respect to a large set of parameters. Tarek El-Moselhy, I. M. Elfadel ...
Widiger, “Efficient algorithm for the computation of on-chip capacitance sensitivities with respect to a large set of parameters,” in Proc. DAC, pp. 906–911 ...
Efficient algorithm for the computation of on-chip capacitance sensitivities with respect to a large set of parameters · T. El-MoselhyI. ElfadelD. Widiger.
We present a new algorithm to improve the 3D boundary element method (BEM) for capacitance extraction. We partition large interconnect structures into small ...
This paper presents an algorithm that enables an extension of standard 3d capacitance extraction to take into account the effects of small dimensional ...
Sensitivity computation of interconnect capacitances with respect to ...
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Abstract: This paper presents an algorithm that enables an extension of standard 3d capacitance extraction to take into account the effects of small ...