1) meteor scatter communication
流星散射通信
2) meteor reflection communication
流星反射通信
3) troposphere scatter communication
对流层散射通信
1.
The model of the new generation troposphere scatter communication system with multiple-input multiple-output is presented.
提出了基于多输入多输出(MIMO)结构的新一代对流层散射通信系统框架。
4) troposcatter communication
对流层散射通信
1.
The characteristics of two frequency-offset time-interleaved raised cosine pulses employed by AN/TRC-170 digital troposcatter communication system is analyzed.
研究了AN/TRC-170数字对流层散射通信系统中使用的二频交叠升余弦信号的特点,分析了方波、半余弦和升余弦信号的带宽与能量通过率的关系,得出了该信号形式的最佳频率配置。
2.
In this paper,the forms of received signal in troposcatter communication are briefly introduced.
简要阐述了对流层散射通信的接收信号的形式。
3.
In troposcatter communications based on OFDM modulation,the traditional Singular-Value-Decomposition(SVD) algorithm for channel estimation will introduce noise into the channel by choosing eigenvalues using length of the cyclic prefix(CP).
针对基于OFDM的对流层散射通信中传统奇异值分解(SVD)信道估计算法以循环前缀长度为界来截取特征值会引入较大信道噪声问题,提出了一种SVD改进算法。
5) meteoric scatter
流星散射
6) scatter communication
散射通信
1.
In order to avoid the electromagnetic interference between the communication systems,the sidelobe and backlobe of the scatter communication antenna is analyzed and calculated by the geometrical theory of diffraction(GTD),which insures the low sidelobe characteristics of antenna.
为了避免通信系统之间的电磁干扰,应用几何绕射理论对散射通信天线的副瓣和后瓣电平进行了理论分析和计算,确保天线的低旁瓣特性。
2.
The paper birefly describes the application of scatter communication in military communication, and overviews the development trend of scatter communication technology.
论文简要介绍了散射通信在军事通信中的应用情况及散射通信技术发展趋势。
3.
In the application of troposcatter communication systems,the setting of the line is pivotal,which depends on how much the operators are familiar with the system,as well as their experience in the task.
散射通信是一种超视距通信方式,既不同于微波视距通信,又不同于短波电离层通信,具有非常明显的特点。
补充资料：瞬间通信(见流星余迹通信)
瞬间通信(见流星余迹通信)
instantaneous communication
shunlian tongXin瞬间通信(instantaneou、。ommunieaoon)又称碎发通信。快速传递数字信息，信号不易被敌截获，是反电子侦察和干扰的一种手段。常用于潜艇对岸通信和保密通信。见流星余迹通信。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条