The spatial separation of signals by the curvature of the wave front

Q3 Engineering

Serbian Journal of Electrical Engineering Pub Date : 2019-01-01 DOI:10.2298/SJEE1902211O

A. Okorochkov, Bogdan B. Malyutin

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引用次数: 3

Abstract

In this paper, a new method of spatial separation of several signals with different curvatures of the wave front is proposed. The method is based on the formation of a particular interference field structure of each signal in the location of the receiving antennas by means of a transmitting phased sparse linear array antenna. The peculiarity of the interference electromagnetic field consists in periodically repeating areas in which the amplitude of the useful signal is many times greater than the amplitudes of the other transmitted signals, which are electromagnetic interference. In addition, the electromagnetic interference signal in this area consists of practically two antiphase components. If in this area a reflective passive phased antenna array is placed, which will focus the useful signal while reflecting, it will be increased, and the interference signal will be significantly weakened. This method of signal separation allows simultaneous transmission of several signals in the same frequency band, in one direction and on one polarization, which increases the information transmission speed in communication systems.

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利用波前曲率对信号进行空间分离

本文提出了一种对波前曲率不同的信号进行空间分离的新方法。该方法是基于利用发射相控稀疏线阵天线在接收天线的位置形成每个信号的特定干涉场结构。干扰电磁场的特性在于周期性重复的区域，其中有用信号的幅度比其他发射信号的幅度大很多倍，这是电磁干扰。此外，该区域的电磁干扰信号实际上由两个反相分量组成。如果在这一区域放置反射型无源相控阵，在反射的同时将有用的信号聚焦，则会增加有用的信号，干扰信号会明显减弱。这种信号分离方法允许在同一频带、一个方向和一个极化上同时传输多个信号，从而提高了通信系统的信息传输速度。

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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来源期刊

Serbian Journal of Electrical Engineering Energy-Energy Engineering and Power Technology

CiteScore

1.30

自引率

0.00%

发文量

审稿时长

25 weeks

期刊介绍： The main aims of the Journal are to publish peer review papers giving results of the fundamental and applied research in the field of electrical engineering. The Journal covers a wide scope of problems in the following scientific fields: Applied and Theoretical Electromagnetics, Instrumentation and Measurement, Power Engineering, Power Systems, Electrical Machines, Electrical Drives, Electronics, Telecommunications, Computer Engineering, Automatic Control and Systems, Mechatronics, Electrical Materials, Information Technologies, Engineering Mathematics, etc.