Now showing items 1-6 of 6
Modeling and simulation concepts in engineering education: virtual tools
This article reviews fundamental concepts of modeling and simulation in computational sciences, such as a model, analytical- and numerical-based modeling, simulation, validation, verification, etc., in relation to the ...
EMC and BEM engineering education: physics-based modeling, hands-on training, and challenges
Educational challenges in EMC-BEM engineering and related issues are discussed in this paper. The importance of physics-based modeling and hands-on training are emphasized. Characteristic cases in EMC tests, measurements, ...
A MATLAB-based visualization package for planar arrays of isotropic radiators
This article introduces a simple MATLAB antenna package (ANTEN_GUI) for the visualization of the radiation patterns, beam-forming, and beam-steering capabilities of user-designed planar arrays of isotropic radiators. The ...
A labview-based virtual instrument for engineering education: a numerical fourier transform tool
Engineering is based on practice. The minima of this practice should be given during the university education. This has become more and more comprehensive and expensive parallel to high-technology devices developed and ...
Web - based virtual laboratories for antenna arrays, radiowave propagation and filter design
This tutorial explains in detail the creation of a Web-based application using the MATLAB Web Server (MWS) toolbox of MATLAB. It aims to enable readers who a re familiar with MATLAB but don't have Web-programming skills ...
A tutorial on bessel functions and numerical evaluation of bessel integrals
This paper aims to provide a tutorial on Bessel functions, and especially on the numerical evaluation of Bessel integrals. Bessel integrals are asymptotically evaluated using high-frequency methods, such as the stationary-phase ...