对流层散射通信

  • 网络troposcatter;troposphere scatter communication
对流层散射通信对流层散射通信
  1. 对流层散射通信系统

    Troposphere scatter communication system

  2. 简要阐述了对流层散射通信的接收信号的形式。

    In this paper , the forms of received signal in troposcatter communication are briefly introduced .

  3. 对流层散射通信中基于改进SVD的信道估计算法

    An Improved Singular-valued-decomposition Channel Estimation Algorithm in Troposcatter Communications

  4. 对流层散射通信在军事通信中的应用

    Application of Tropospheric Scatter Communication in Military Communication

  5. 迅速发展的对流层散射通信

    The Rapidly Developed Tropospheric Scatter Communication

  6. 对流层散射通信的三十年

    Thirty Years of Troposcatter Communication

  7. 在对流层散射通信电路上垂直窄波束天线与对称(或近似对称)波束天线的净增益之比较

    Comparison of Net Gain of Vertical Narrow-Beam Antennas and Symmetrical ( or Near Symmetrical ) Beam Antennas on Troposcatter Communications Circuit

  8. 仿真结果证实,循环谱相关分析方法是进行对流层散射通信信号的最佳谱分析方法之一。

    The simulation result proves that the cyclic-spectral correlation analysis method is one of the best spectral analysis methods for troposcatter communication signal .

  9. 本文计算了对流层散射通信的传输损耗,计算出了在有声波存在条件下,声波对通信损耗的增量。

    This paper calculated tropospheric scatter communications transmission loss , and calculated in the presence of a sound , the changes about the communications loss .

  10. 本文介绍了美、英、法、前苏联和其它一些国家的对流层散射通信设备的主要性能及其厂商。

    This paper describes the main performances and the manufactures of the tropo-scatter communication equipment in USA , United Kingdom , France , Soviet ( predecessor name ) and some other countries .

  11. 给出了对声波激励下对流层超视距散射通信散射损耗与无声波激励时散射损耗的对比,对声波激励下对流层超视距散射通信性能做出了评估。

    Based on the results we contrast the acoustic excitation troposphere over-the-horizon communications scattering loss and scattering waves excited in silent scattering loss . At last we make an assessment about the troposphere over-the-horizon communications scattering performance in existence the acoustic .