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Path loss simulation in different radio propagation models with 1.8 GHz and 2.6 GHz bands

机译:在1.8 GHz和2.6 GHz频段的不同无线电传播模型中的路径损耗仿真

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This paper presents the simulation of path loss propagation models in LTE-Advanced Networks for suburban and rural areas. Calculations were done using MATLAB based simulation; for various prediction techniques such as Cost 231 Hata Model, Stanford University Interim (SUI) and Ericsson Model. The authors used to analyze the 1800MHz (1.8 GHZ) and 2600MHz (2.6 GHz) wideband channels which are operating bands for Malaysian 4G companies. Results show almost 60dB gap between using COST231 and SUI; and 20dB gap is achieved among COST231 and Ericsson models. The effectiveness of Stanford University Interim Model is also discussed.
机译:本文介绍了针对郊区和乡村的LTE-Advanced网络中路径损耗传播模型的仿真。计算是使用基于MATLAB的仿真完成的;适用于各种预测技术,例如Cost 231 Hata模型,斯坦福大学中期(SUI)和爱立信模型。作者曾经分析1800MHz(1.8 GHZ)和2600MHz(2.6 GHz)宽带信道,这些信道是马来西亚4G公司的工作频带。结果表明,使用COST231和SUI之间存在近60dB的差距;在COST231和爱立信模型之间可实现20dB的差距。还讨论了斯坦福大学临时模型的有效性。

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