Active integrated antennas (AIAs) provide a new paradigm for designing modern microwave
and millimeter-wave architecture with desirable features such as compactness, light weight …

Models of semiconductor devices that combine complex transport models with full-wave
solutions of Maxwell's equations are reviewed. Both hydrodynamic and ensemble Monte …

This paper presents the fundamentals of a unified approach for the treatment of general
material properties in time-domain simulation based on transmission-line modeling (TLM) …

Analysis and design of integrated circuit–antenna modules Analysis and Design of Integrated
Circuit– Antenna Modules Analysis and Design of Integrated Circuit–Antenna Modules. Edited …

This paper introduces a novel technique in which Maxwell equations, discretized by the
transmission line matrix method in a 3-D domain, are coupled to the Schrodinger equation …

A plane-wave-time-domain accelerated time-domain integral-equation solver is coupled to a
SPICE-like transient circuit simulator to analyze electromagnetic platform-circuit interactions …

The FDTD algorithm is extended to perform a theoretical analysis of a two-element active
antenna. A description is given of the procedures that were used to produce a stable large …

Global modeling of microwave and millimeter-wave circuits is important to simulate the
electromagnetic (EM) coupling, device-EM wave interaction, and the EM radiation effects of …

A new fullwave global analysis of complex inhomogeneous microwave structures including
passive or active, linear or nonlinear lumped elements is presented. For a given structure …

The finite-difference time-domain (FDTD) method is extended to include nonlinear active
regions embedded in distributed circuits. The procedures necessary to produce a stable …