This project implements a fully automated, programmatic Pixelated EM Layout paradigm designed for high-frequency RF filter and antenna layout generation. It bridges the gap between binary AI surrogate ...
Abstract: In this paper, an electrically implicit finite-difference time-domain (FDTD) method with the stability condition which is weaker than that of the conventional FDTD method is proposed. The ...
Abstract: A dispersive face-centered cubic finite-difference time-domain (FCC-FDTD) method is proposed for analyzing electromagnetic effects in biological tissues in this article, where biological ...
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