说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 词典 -> 发射(或信号)带宽
1)  bandwidth of an emission (or a signal)
发射(或信号)带宽
2)  low-frequency wide-band emitting signal
低频宽带发射信号
1.
This paper introduces the DSP software development in the Code Composer Stuido (CCS),and especially states the low-frequency wide-band emitting signal design procedure that is based upon the DSP chip TMS320C5410.
详细阐述了利用 TMS32 0 C5 4 1 0数字信号处理芯片 ,通过 C语言编程实现低频宽带发射信号仿真的设计流程。
3)  waveform of the UWB transmitter
超宽带雷达发射信号波形
4)  Wideband signal
宽带信号
1.
Two-dimensional direction of arrival estimation of wideband signals based on virtual rotational invariance techniques;
基于虚拟旋转不变技术的宽带信号二维到达角估计
2.
DOA Estimation of Wideband Signals Based on Signal Subspace Method;
基于子空间方法的宽带信号DOA估计
3.
AML algorithm for short sampling wideband signal DOA estimation based on Metropolis-Hastings sampling
基于Metropolis-Hastings抽样短采样宽带信号方位估计AML算法
5)  wideband sources
宽带信号
1.
Based on statistical property of the noise eigenvalues of each frequency which is approximately fitted by a straight line, a novel method of estimating the number of wideband sources has been proposed.
基于噪声特征值的统计特性,文章在宽带信号条件下,基于各个频率点下的阵列采样协方差矩阵的噪声特征值在平面直角坐标系中几乎处于同一条直线上这一统计特性,提出了一种新的估计宽带信号源数目的方法,该方法简单且易于实现。
2.
A new DOA estimation algorithm for wideband sources is introduced.
总结了宽带信号子空间类DOA估计方法,提出了一种新的构造聚焦矩阵的方法,新方法基于预估角度和宽带信号带宽内各个频点上对应的阵列流形的奇异值分解,所构造的聚焦矩阵为酉矩阵,在聚焦过程中没有聚集损失。
3.
A new direction-of-arrival(DOA) estimation algorithm for wideband sources is introduced.
根据阵列采样获得的宽带信号带宽内各个频点的协方差矩阵进行特征值分解得到的信号子空间,提出了一种新的宽带聚焦DOA估计方法。
6)  wide-band signal
宽带信号
1.
Based on the principle of digital orthogonal modulation,the generation question of wide-band signal is factually identical with how to generate base-band signal with high sampling in time domain.
在数字正交调制原理的基础上,宽带信号的产生问题实际上转换为如何得到高采样率下的时域基带信号。
2.
Modified wide-band signal DOA finding method based on the 4~(th)-order cumulant slice modified propagator matrix;
首先利用旋转不变方法(RSS)对宽带信号进行聚焦处理,聚焦处理后的矩阵输出再求其四阶累积量切片矩阵,对该矩阵利用改进的传播算子法得到测向结果。
补充资料:发射
射出(枪弹、炮弹、火箭、电波、人造卫星等)。
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