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2005 5th International Conference on Microwave Electronics: Measurement, Identification, Applications最新文献

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Session 4 Microwave Techniques in Industrial, Scientific and Medical/Biological Applications 第四届会议微波技术在工业、科学和医学/生物方面的应用
Biologcal AppizcatIons
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引用次数: 0
Geometrical Model of Communication 通信的几何模型
Y. Algazin
There are different classes of communication channels with variable parameters. Nowadays the following models of such communication channels are known: 1. With casually changing signal phase. 2. With smooth (general) fading. 3. With multiplicative noise error. 4. With selective fading. Each class is characterized by its own model that makes it difficult to generally analyze a communication channel with variable parameters. In this connection the necessity arises to construct a universal model for identification of channels of all classes. A universal geometrical model of a communication channel with variable parameters, including the models mentioned above, is offered.
有不同类型的具有可变参数的通信信道。目前已知的这种沟通渠道有以下几种模式:具有随意变换的信号相位。2. 平滑(一般)褪色。3.带有乘法噪声误差。4. 选择性衰落。每个类都有自己的模型,这使得对具有可变参数的通信通道进行一般分析变得困难。在这方面,有必要建立一个通用模型来识别所有类别的通道。提出了一种通用的变参数通信信道几何模型,包括上述模型。
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引用次数: 0
The Investigation of the Psk Signal Passage Through the Selective Filter with the High Suppression of the Signals in the Adjacent Channels of the Telecommunication Systems 高抑制电信系统中相邻信道信号的Psk信号通过选择性滤波器的研究
I. Zolotarev, T. Pozharsky
To improve the management of the frequency resource in the multi-channel section of the telecommunication system, the selectitve systems (SS) with high rectangularity of AFC are used. At that AFC and PFC for SS could have a complicated character [1]. In the given work the selective system with the high slope grade of AFC at its relatively smooth form was synthesized. The response of such a filter for PSK signal with the rectangular envelope of the elements was examined, and also the degree of squeezing from the adjacent channels at the relatively small overlap of filters AFC of the adjacent channels.
为了改善电信系统多信道段频率资源的管理,采用了具有高矩形频率的选择性系统(SS)。在这种情况下,SS的AFC和PFC可能具有复杂的字符[1]。本文合成了具有较高坡度的AFC相对光滑形态的选择体系。研究了该滤波器对具有矩形包络元件的PSK信号的响应,以及在相邻通道的滤波器AFC相对较小的重叠处来自相邻通道的挤压程度。
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引用次数: 0
2005 Microwave Electronics: Measurements, Identification, Applications 2005微波电子学:测量、鉴定、应用
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引用次数: 0
期刊
2005 5th International Conference on Microwave Electronics: Measurement, Identification, Applications
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