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expectation of analysis tools often differs from one application to another For instance, when predicting impedance and radiation patterns of an existing antenna design, physical insight may not be needed, whereas if a novel class of antenna is being developed, physical insight is of great importance Therefore, before choosing a simulation tool, some of the rst questions to ask are: What information is needed from the predictions Does one need simply to predict only impedance and radiation patterns of an existing antenna Or is the goal of the analysis to explain why a particular antenna has speci c measured characteristics, such as a high cross-polarization value When it is necessary to fully understand the underlying physics, both the frequency- and time-domain responses of the antenna provide useful and different insights.

A frequency-domain simulation provides direct visualizations of how eld lines and Poynting vectors in the near- eld region vary spatially at a given frequency For example, a visualization of strong eld lines coupling the vertical polarization port of a printed antenna to the horizontal polarization port might guide design improvements in cross-polarization performance of that antenna Alternatively, time-domain predictions provide additional insight into where physical phenomena occur within an antenna model, in the same way that time-domain re ectometry measurements provide knowledge of the locations from where signals are re ected by discontinuities along a transmission line For example, edge re ections from nite arrays can be clearly observed as re ected waves move across an array and enter individual radiator feeds Distances to re ections and other physical phenomena that cause the impedance of wideband antennas to vary with frequency are easily recognized.

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Knowledge of those distances guides the antenna designer by providing valuable insight into the locations of the re ections as well as the coupling to adjacent sources, where both affect wideband impedance A good example of the use of a frequency-domain nite element solution method is for the case of electrically small resonant antennas, because this method does not suffer numerical challenges due to the small electrical size until perhaps the zerofrequency limit is approached On the other hand, time-domain approaches may not be well suited to electrically small antennas because these resonant structures often require exceedingly long run times to reach a steady solution state The analysis of wideband phased arrays, however, is an excellent application for the time-domain nite element method because of its ef ciency for this type of application.

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In this short article, we aim to describe the relevance of Grids in education. As in fact information technology for education builds on that for any organization, we rst discuss the implication of Grids and Web services for any organization we call this an Enterprise to stress the importance of the Enterprise Grids and the different roles of general and speci c features in any Grid deployment. The discussion of the importance of Grids for virtual organizations in 6 already implies its importance in education where our organization involves learners, teachers and other stakeholders such as parents and employers. We describe in Section 43.2, the role of Web services and their hierarchical construction in terms of generic capabilities and applications of increasing specialization. In Section 43.3, we summarize this in terms of a Web service implementation strategy for a hypothetical enterprise. Finally, in Section 43.4, we describe education grids pointing out the differences and similarities to general enterprises. We stress Web service issues, as these require the most substantial enterprise-speci c investment for they embody the particular objects and functionalities characteristic of each domain. The Grid provides