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MODELING OF A FABRIC GPS ANTENNA FOR SMART CLOTHING

机译:织物GPS智能天线的建模。

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Wearable and whole body antennas have received much interest recently due to the introduction of personal communication technology. Demand for new antenna technologies increases dramatically during next years. This paper presents the modelling of a novel fleece fabric GPS antenna for smart clothes. The modelling is based on EFIE formulation where RWG basis functions are used to approximate surface current density of an antenna. The GPS antenna is manufactured on fleece fabric and conductive parts are made of aracon fabric. This is the first full-fabric antenna ever made for commercial smart clothing. Simulation results are verified in practice which agreed very well.
机译:由于个人通信技术的引入,可穿戴和全身天线近来引起了人们的极大兴趣。未来几年,对新天线技术的需求将急剧增加。本文介绍了一种新型的用于智能衣服的羊毛织物GPS天线的建模。该建模基于EFIE公式,其中RWG基函数用于近似天线的表面电流密度。 GPS天线是在羊毛织物上制造的,而导电部件则是由阿拉伯纤维织物制成的。这是有史以来第一款用于商业智能服装的全光纤天线。仿真结果在实践中得到了很好的验证。

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