Additive manufacturing has enabled multifunctional structures, sensors, devices, and platforms to be used in a multitude of fields [...]

Artificial intelligence (AI) attributes a positive human quality (intelligence) to machine, thus making it artificial. AI has the potential for "good" and "bad." This issue of IEEE Antennas Propagation Magazine (APM) offers three review contributions updating readers on applications in our field antennas propagation (AP). The articles are briefly summarized.

The paper is devoted to determining the output parameters of a servomotor, which belongs synchronous machines with permanent magnets, in order further determine characteristics transient modes software package ANSYS Electromagnetics. RMxprt, part Electromagnetics, allows windings, losses, motor performance, but requires filling out form complete set geometric dimensions and winding data. Of cou...

The Grid-Enabled Computational Electromagnetics project (GECEM) has developed a portal for performing electromagnetics simulations. The portal is based on the GridSphere portal framework and uses JSR168compliant portlets to access remote web services. The GECEM portal supports an execution pipeline that starts with an input geometry which is processed to generate surface and volume computationa...

─ This paper presents a new method to model inhomogeneous media in commercial electromagnetics software, especially FEKO. In this method, the inhomogeneous medium is fragmented to some homogeneous pieces. If the size of these pieces is chosen correctly, then the electromagnetic behaviors of them and inhomogeneous medium are the same. Since creating these homogeneous pieces in FEKO manually is v...

The GECEM project is developing Grid technologies to enable large-scale and distributed engineering research in computational electromagnetics (CEM). We present a Web service portal architecture for supporting collaboration among distributed partners using the Grid. The GECEM grid takes a model geometry generated at one location, and transfers it to a second location to be meshed. The computati...

Among several techniques available for solving Computational Electromagnetics (CEM) problems, the Finite Difference Time Domain (FDTD) method is one of the best suited approaches when a parallelized hardware platform is used. In this paper we investigate the feasibility of implementing the FDTD method using the NVIDIA® GT 520, a low cost Graphical Processing Unit (GPU), for solving the differen...