MGF Based Calculation of ABEP for Macrodiversity Receiver over Gamma-Shadowed Fading Environment with Line-of-Sight

机译：视线覆盖的伽玛阴影衰落环境下基于MGF的宏分集接收机ABEP计算

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The macro diversity (MD) system consisting of macro-diversity (MD) selection combining (SC) receiver and two micro-diversity (mD) maximal ratio combining (MRC) receivers is considered in this paper. The diversity combining receivers operating over correlated Gamma shadowed Rician multipath fading environment is analyzed. Moment generating function (MGF) of mD MRC receivers output signals is calculated in a closed-form. Furthermore, the expression for MGF function of macro-diversity SC receiver output signal envelope is performed. This result can be used for calculation the bit error probability of proposed macrodiversity system with several modulation schemes. Numerical results are presented graphically to show the influence of number of diversity branches, Rician severity parameter, Gamma shadowing severity parameter and correlation coefficient of shadowing on observed system performance.

机译：本文考虑了由宏分集选择接收器和两个微分最大比合并接收器组成的宏分集系统。分析了在相关的伽玛阴影Rician多径衰落环境下工作的分集组合接收机。 mD MRC接收机的输出信号的矩量生成函数（MGF）以封闭形式计算。此外，执行宏分集SC接收机输出信号包络的MGF功能的表达。该结果可用于计算所提出的具有多种调制方案的宏分集系统的误码率。数值结果以图形方式给出，以显示多样性分支的数量，Rician严重性参数，Gamma阴影严重性参数和阴影相关系数对观察到的系统性能的影响。

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《International Conference on Smart and Sustainable Technologies》|2020年|1-5|共5页
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Dragana Krstic; Selena Vasic; Samir Koničanin; Suad Suljović; Mihajlo Stefanovic;
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Average Bit Error Probability (ABEP); Gamma shadowing; maximal ratio combining (MRC); moment generating function (MGF); Rician fading; selection combining (SC);

机译：平均误码率（ABEP）;伽玛阴影;最大比合并（MRC）;矩产生函数（MGF）;里斯衰落;选择合并（SC）;

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专利

1. GPU-SUPPORTED SIMULATION FOR ABEP AND QOSANALYSIS OF A COMBINED MACRO DIVERSITY SYSTEMIN A GAMMA-SHADOWED K-μ FADING CHANNEL [J] . Nenad Petrovi?, Selena Vasi?, Dejan Mili?, Facta Universitatis. Series Electronics and Energetics . 2021,第1期

机译：GPU支持的ABEP仿真和组合宏分集系统的ABED和糖分子分析A伽马阴影K-μ褪色通道
2. Second-Order Statistics of System with Microdiversity and Macrodiversity Reception in Gamma-Shadowed Rician Fading Channels [J] . Milos Bandjur, Nikola Sekulovic, Mihajlo Stefanovic, ETRI journal . 2013,第4期

机译：伽玛阴影Rician衰落信道中具有微分集和宏分集接收的系统的二阶统计
3. Second-Order Statistics of System with Microdiversity and Macrodiversity Reception in Gamma-Shadowed Rician Fading Channels [J] . Milos Bandjur, Nikola Sekulovic, Mihajlo Stefanovic, ETRI journal . 2013,第4期

机译：伽马阴影Rician衰落信道中具有微分集和宏分集接收的系统的二阶统计
4. Macrodiversity system with macrodiversity SSC receiver and two SC microdiversity receivers in the presence of composite fading environment [C] . Caslav M. Stefanovic Telecommunications Forum . 2015

机译：在复合衰落环境下，具有宏分集SSC接收机和两个SC微分集接收机的宏分集系统
5. Antenna array receiver design and analysis in fast fading environments. [D] . Yan, Ming. 2001

机译：快速衰落环境中的天线阵列接收机设计和分析。
6. MGF-Based Mutual Approximation of Hybrid Fading: Performance of Wireless/Power Line Relaying Communication for IoT [O] . Zhixiong Chen, Cong Ye, Jinsha Yuan, 2019

机译：基于MGF的混合衰落互近似：物联网无线/电力线中继通信的性能
7. Moments Of Microdiversity EGC Receivers And Macrodiversity SC Receiver Output Signal Over Gamma Shadowed Nakagami–m Multipath Fading Channel [O] . Nebojša Djordjević, Branimir S. Jaksić, Ana Matović, 2015

机译：Microdiversity EGC接收器和Macrodivensity SC接收器输出信号通过伽马遮蔽Nakagami-M多径衰落通道

MGF Based Calculation of ABEP for Macrodiversity Receiver over Gamma-Shadowed Fading Environment with Line-of-Sight

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