CHANNEL PREDICTIONS AND ADAPTIVE CODE MODULATION IN DIGITAL BROADBAND COMMUNICATION BASED ON HIGH ALTITUDE AERONAUTICAL PLATFORM (HAAP)

Fernando Ulloa-Visquez; Patricio Olavarrieta Suarez; Andres Soto Pereira

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CHANNEL PREDICTIONS AND ADAPTIVE CODE MODULATION IN DIGITAL BROADBAND COMMUNICATION BASED ON HIGH ALTITUDE AERONAUTICAL PLATFORM (HAAP)

机译：基于高空航空平台（HAAP）的数字宽带通信中的信道预测和自适应代码调制

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In this paper, the predictions and adaptation of faded aeronautical channels induced by impaired weather will be presented. The signal variations due to rain fading are generally much slower than variations due to multipath and shadowing. This is a principal problem in means of propagation for stratospheric platforms at High Altitude Aeronautical Platform (HAAP), destined to digital communication in broadband. The emphasis of this paper is given by practical adaptive modulation-coding methods. Specifically, we considered a variable-rate, variable-power modulations and variable code rate.

机译：在本文中，将介绍天气受损引起的航空通道衰落的预测和适应。由于雨衰而引起的信号变化通常要比由于多径和阴影引起的变化慢得多。这是在高空航空平台（HAAP）的平流层平台的传播手段中的主要问题，该平台注定要在宽带中进行数字通信。本文的重点是通过实用的自适应调制编码方法给出的。具体来说，我们考虑了可变速率，可变功率调制和可变码率。

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来源
《The mediterranean journal of electronics and communications》 |2012年第2期|p.360-365|共6页
作者
Fernando Ulloa-Visquez; Patricio Olavarrieta Suarez; Andres Soto Pereira;
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作者单位

Metropolitan University of Technology - Department of Electric Engineering Virginio Arias N°1369, Santiago-Chile;

Metropolitan University of Technology - Department of Electric Engineering Virginio Arias N°1369, Santiago-Chile;

Metropolitan University of Technology - Department of Electric Engineering Virginio Arias N°1369, Santiago-Chile;

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正文语种 eng
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HAAP; aeronautical channels; impaired weather; channel fading prediction; adaptive code - modulation.;

机译：HAAP;航空通道;天气受损;信道衰落预测;自适应代码-调制。;

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专利

1. Coded modulation for digital communications over Rayleigh fading channels [J] . Proakis J.G. IEEE Journal of Oceanic Engineering . 1991,第1期

机译：瑞利衰落信道上数字通信的编码调制
2. Adaptive Coherent/Non-Coherent Single/Multiple-Antenna Aided Channel Coded Ground-to-Air Aeronautical Communication [J] . Xu Chao, Zhang Jiankang, Bai Tong, IEEE Transactions on Communications . 2019,第2期

机译：自适应相干/非相干单/多天线辅助信道编码地对空航空通信
3. A joint adaptive modulation and channel coding scheme for multimedia communications over wireless channels [J] . Mohamed Hassan, Mohamed El-Taruni, Rimas Zrae International journal of wireless and mobile computing . 2015,第1期

机译：无线信道上多媒体通信的联合自适应调制和信道编码方案
4. Noise immunity of broadband digital communication channels with adaptive antennas and M-phase signal modulation [C] . Maistrenko G. V., Rybalko A. M., Shokalo V. M., 2012 6th International Conference on Ultrawideband and Ultrashort Impulse Signals. . 2012

机译：带有自适应天线和M相信号调制的宽带数字通信信道的抗扰性
5. Coded modulation and equalization for highly bandwidth efficient communication on broadband wireless channels. [D] . Ananthaswamy, Ganesh. 2001

机译：编码调制和均衡用于宽带无线信道上的高带宽高效通信。
6. Polar Codes for Covert Communications over Asynchronous Discrete Memoryless Channels [O] . Guillaume Frèche, Matthieu R. Bloch, Michel Barret 2018

机译：异步离散记忆频道的隐蔽通信的极性代码
7. Adaptive coding and modulation for large-scale antenna array based aeronautical communications in the presence of co-channel interference [O] . Zhang, Jiankang, Chen, Sheng, Maunder, Robert G., 2017

机译：在存在同信道干扰的情况下，基于大规模天线阵列的航空通信的自适应编码和调制
8. Blind Tensor Based Identification of Memoryless Multiuser Volterra Channels Using Sos and Modulation Codes. [R] . Carlos Alexandre,, FERNANDES, R. 2009

机译：基于盲检测的无记忆多用户Volterra信道的sos和调制码识别。

CHANNEL PREDICTIONS AND ADAPTIVE CODE MODULATION IN DIGITAL BROADBAND COMMUNICATION BASED ON HIGH ALTITUDE AERONAUTICAL PLATFORM (HAAP)

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