Abstract

The problem of optimization of the parameters of compact printed antennas for a set of performance indexes in order to determine their potential performance characteristics is considered. Half-wave, quarter-wave, folded half-wave and folded quarter-wave radiators with linear polarization are studied. Electromagnetic simulation is used to obtain the sets of feasible solutions for these antennas in the space of the following performance indexes: (Q factor, overall dimensions), (Q factor, volume), and (Q factor, radiator area). The unconditional preference criterion is used to find the sets of Pareto-effective solutions. The sets of parameters of effective antennas are obtained. The results of comparison between different designs of compact printed antennas in the set of performance indexes are presented.

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