A unitary embedding turns discrete hyperdimensional vectors into waveforms, realizing bundling as superposition, permutation as phase evolution, binding as spectral mixing with aliasing, and similarity as differential power readout.
(2010) MEEP: A Flexible Free-Software Package for Electromagnetic Simulations by the FDTD Method.Computer Physics Communi- cations, v
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UNVERDICTED 3representative citing papers
Yee FDTD simulations of normal-incidence plane waves on dielectric and magnetic interfaces exhibit systematic errors due to an implicit one-cell transition layer, quantified through discrete Fresnel coefficients and error estimates depending on impedance contrast and Courant number.
Accuracy maps reveal the validity domains of TEA, BPM, and WPM for binary gratings by direct overlap comparison to FMM reference calculations.
citing papers explorer
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A wave-geometric duality for hyperdimensional computing
A unitary embedding turns discrete hyperdimensional vectors into waveforms, realizing bundling as superposition, permutation as phase evolution, binding as spectral mixing with aliasing, and similarity as differential power readout.
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Accuracy of the Yee FDTD Scheme for Normal Incidence of Plane Waves on Dielectric and Magnetic Interfaces
Yee FDTD simulations of normal-incidence plane waves on dielectric and magnetic interfaces exhibit systematic errors due to an implicit one-cell transition layer, quantified through discrete Fresnel coefficients and error estimates depending on impedance contrast and Courant number.
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Accuracy assessment of scalar wave propagation methods for diffractive optics design: from thin elements to thick binary grating
Accuracy maps reveal the validity domains of TEA, BPM, and WPM for binary gratings by direct overlap comparison to FMM reference calculations.