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Propagation characteristics of horizontally and vertically polarized electric fields in an indoor environment: simple model and results

机译：室内环境水平和垂直偏振电场的传播特性：简单的模型和结果

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In this paper we will present measurement results that demonstrate the different propagation characteristics of the vertical and horizontal polarizations and their cross-correlation coupling under line-of-sight and non-line-of-sight conditions. We will also present a simplified model for the propagation environment that uses an approach similar to the method of images, and achieves results that match the measurements.

机译：在本文中，我们将呈现测量结果，其展示了垂直和水平偏振的不同传播特性及其在视线下的互相关耦合和非视线条件下。我们还将呈现用于使用类似于图像方法的方法的传播环境的简化模型，并实现符合测量结果的结果。

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《IEEE Vehicular Technology Conference》|2001年||共5页
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Persefoni Kyritsi; Donald C. Cox;
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中图分类 U46-53;
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3. A Simple Calculation Method on Spatial Distribution of Error Occurrence due to ISI Based on the ETP Model—Application to Indoor Propagation Environments [J] . Noriyuki GEJOH, Yoshio KARASAWA IEICE Transactions on Communications . 2003,第2期

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4. Propagation characteristics of horizontally and vertically polarized electric fields in an indoor environment: simple model and results [C] . Kyritsi, P., Cox, . 2001

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5. Electromagnetic models for indoor wave propagation analysis and their application for ultra-wideband near-field radar imaging of building interiors and human movement detection. [D] . Thiel, Michael. 2010

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6. Horizontally assembled green InGaN nanorod LEDs: scalable polarized surface emitting LEDs using electric-field assisted assembly [O] . Hoo Keun Park, Seong Woong Yoon, Yun Jae Eo, -1

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7. A Simple and Versatile Field Prediction Model for Indoor and Indoor-to-Outdoor Propagation [O] . Vittorio Degli-Esposti, Enrico M. Vitucci, R. Martin 2017

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8. New Formulas for HED (Horizontal Electric Dipole), HMD (Horizontal Magnetic Dipole), VED (Vertical Electric Dipole), and VMD (Vertical Magnetic Dipole) Subsurface-to-Subsurface Propagation [R] . Bannister, P. R. 1984

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Propagation characteristics of horizontally and vertically polarized electric fields in an indoor environment: simple model and results

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