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Antenna Array Based Positional Modulation with a Two-Ray Multi-Path Model

机译:基于天线阵列的位置调制与双射线多路径模型

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Traditional directional modulation (DM) designs are based on the assumption that there is no multi-path effect between transmitters and receivers. One problem with these designs is that the resultant systems will be vulnerable to eavesdroppers which are aligned with or very close to the desired directions, as the received modulation pattern at these positions is similar to the given one. To solve the problem, a two-ray multi-path model is studied for positional modulation and the coefficients design problem for a given array geometry and a location-optimised antenna array is solved, where the multipath effect is exploited to generate a given modulation pattern at desired positions, with scrambled values at positions around them.
机译:传统的定向调制(DM)设计基于发射器和接收器之间没有多路径效应的假设。这些设计的一个问题是所得到的系统将容易受到与所需方向对齐或非常接近所需方向对准的窃听器,因为这些位置的接收到调制图案类似于给定的。为了解决问题,研究了双射线多路径模型,用于定位调制,并解决了给定阵列几何和位置优化天线阵列的系数设计问题,其中利用多径效应以生成给定调制模式在所需位置,在它们周围的位置处具有扰乱值。

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