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Efficient Implementation of Adaptive Mesh Refinement in the Haar
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accuracy adaptive mesh refinement algorithm AMR coverage AMR parameters application Battle-Lemarie boundary conditions child mesh computational domain conventional FDTD ctamr denote ports dielectric constant dielectric waveguide dimensions are given dynamic AMR-FDTD edge of port electric field magnitude electromagnetic equivalent grid points FDTD cells FDTD method FDTD region field values FIGURE finite difference Frequency GHz Haar basis Haar wavelet IEEE Trans implementation inductor interpolation late-time instability level-2 low-pass filter magnetic field Maxwell's equations mesh tree method of moments microstrip branch coupler MRTD equivalent grid MRTD mesh multiresolution multiresolution analysis numerical optical waveguide parent mesh perfectly matched layer power splitter problem propagation refinement factor root mesh S-parameters sampled SB-type boundaries scaling and wavelet scaling cell scaling function shown in Fig spatial spiral inductor step structures threshold trilinear interpolation update equations UPML Vertical electric field waveforms wavefronts waveguide of Fig wavelet coefficients wavelet level wavelet terms wavelet-based Y-junction Yee cell