Abstract
Flexible printed-circuit antennas mounted on curved surfaces have recently been applied in mobile telecommunications systems. New simulation techniques are required to handle the complex electromagnetic equations escribing these structures. A novel fast symbolic algorithm as been used in the analysis and synthesis of flexible printed circuit antennas. A number of symbolic objects have been developed to automatically generate the algebraic equations. These are capable of determining electric field and scalar potential for various different exible structures. This paper compares alternative theoretical analysis methods and discusses the model that as been developed.
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