In this paper, we consider the scattering of time-harmonic electromagnetic fields by perfect conductors with 2-dimensional geometry, in which the boundaries are independent of the 2-coordinate.
Integral equation methods for solving electromagnetic scattering problems reduce a two-dimensional problem to a one-dimensional integral equation by formulating the problem in terms of the unknown
A ray-tracing program is developed for light-emitting diodes (LEDs) with integral lenses that calculates the total coupled power into a FT3 fiber.
Integral representation of zero-memory nonlinear functions has been extensively used by Bennett, Rice and others (see References) in the solving of problems such as the finding of modulation produc
Closed Markovian queueing networks, which are tractable in having 661 the product form (or separability) in their stationary distribution, continue to have a profound influence on computer communic
An integrated 10th order Fresnel lens capable of improving the laser beam quality is reported.
We report the demonstration of an ultra-compact 5-channel hybrid integrated III-V/Si transmitter.
Integrated access and backhaul (IAB) is an important new feature in 5G NR that enables rapid and cost-effective millimeter wave (mmWave) deployments through self-backhauling in the same spectrum.
We present a design for modulating light in a single-mode optical fiber by achieving efficient field interaction between the fundamental mode of an air-silica microstructure optical fiber and tunab
New integrated optical all-pass filters are presented that can be used for tunable dispersion compensation, dispersion slope compensation, and as building blocks in tunable bandpass filters.
