Organization of Noise-Resistant Radio Communication Under Conditions of Far North

V. B. Malinkin, A. V. Malinkin, E. V. Malinkin, A. Belezekova
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Abstract

For overcoming the complex noise the authors suggest using the invariant equation that is true for any linear quadripoles and exactly - the ratio of relation of complex spectra at the input and output of any linear quadripole is a permanent magnitude. To solve the task stated the authors have elaborated the method of signal forming and its demodulation. The supercycle signal, cycle signal, timing signal, and the information signal, itself, are separated from the abovementioned formed signal. There are the testing results at the mathematical and simulation models which show the essential benefit in the noise-resistance of the offered system of communication in comparison with the traditional methods of the analogue schemes building.
远北条件下抗噪声无线电通信的组织
为了克服复杂噪声,作者建议使用对任何线性四极子都成立的不变方程,并且精确地说,任何线性四极子的输入和输出处的复光谱关系之比是一个永久的量级。为解决上述问题,作者详细阐述了信号的形成和解调方法。将超周期信号、周期信号、定时信号和信息信号本身与上述形成的信号分离。在数学模型和仿真模型上的测试结果表明,与传统的模拟方案构建方法相比,所提供的通信系统在抗噪声方面具有本质的优势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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