Virtual Instrument to Generate Radiation Pattern Time Series Data

Demand for elaborate radio frequency infrastructure such as the anechoic chamber to generate the radiation pattern characteristics for diverse antenna morphologies has been a steady drawback in their rapid deployment in time-intensive radio frequency applications. With the arrival of simulation resources powered by high-end computation, there is now the ability to discern the manifold antenna parameters based on results synthesized from customized implementations which have a large element of specificity in the application of such antennas. These virtual implementation strategies for antenna performance characterization are the pivotal component of discussions reported here. Considering the thoroughness in understanding that has gone into the proposed scheme at every level, the outcome of such methodologies has the distinct element of attaining peak efficiency in radio frequency front-end system design implementation across the product lifecycle that spans from its concept to realization, with the traditional cost-time extensive schemes largely displaced in its wake.