1) LDA signal processor
多普勒信号处理
1.
A practical LDA signal processor based on the burst counting technique is presented, focusing on its working principle, hardware system and detailed construction.
讨论了计数型多普勒信号处理器,着重介绍计数型信号处理器的工作原理,及各主要硬件部分的构成原理和具体结构。
2) Satellite Doppler signal processing
卫星多普勒信号处理
3) Doppler signal
多普勒信号
1.
The model of Doppler signal was constructed at first,then the design of wall filter and AR Models of unneeded filtering clutter were analyzed and various filter that can suppress wall signal were mainly analyzed and their capability were compared simply in this paper.
本文首先给出了多普勒信号的模型,然后简单分析了壁滤波器设计以及无需滤波的AR模型法。
2.
The system is constructed for analyzing Doppler signals from umbilical arteries.
文章在笔记本计算机的硬件基础上建立了脐血流多普勒信号多参数分析的便携式系统。
3.
The applicatin of correlative examining and testing technology to the Doppler signal demodulation of radio fuze is discussed.
探讨了相关检测技术在无线电引信多普勒信号检波的应用,从理论上分析了相关器的去噪特性,设计了相关器的参数并进行了仿真及试验。
4) Doppler processing
多普勒处理
1.
A new method in which Doppler processing was done before the pulse compression was put forward basing on the characteristics of the ultra-high speed moving target s return signal.
根据超高速运动目标回波信号的特点,给出了先进行多普勒处理再进行脉冲压缩的超高速运动目标检测方法。
5) fuze Doppler signal
引信多普勒信号
1.
It gives the predominance of fuze Doppler signal s analyses based on wavelet transform in comparison with short time fourier transform,discusses the reasons and methods of fuze Doppler signal s analyses using Daubechies wavelet as mother wavelet at length and shows the conclusion by simulated diagrams.
简单介绍了精确分析目标信息特征的必要性,通过对比小波变换和短时傅立叶变换,说明了小波变换用于分析引信多普勒信号的优势所在,具体论述以Daubech ies小波作为基函数,用于引信多普勒信号分析的原因和方法,并在文章的结尾通过仿真给出了直观对比。
6) doppler signal processor
多卜勒信号处理器
补充资料：彩色多普勒血流成像
彩色多普勒血流成像
超声学检查方法之一。又称“彩色多普勒血流图”。应用脉冲超声多普勒原理，在二维和M型超声心动图基础上，用彩色实时显示血流的方向和相对速度，提供心脏和大血管内血流的时间和空间信息的超声诊断技术，是80年代多普勒超声心动图的重要进展。人体和血流的反射信号经结构分析和血流分析处理后，可在显示屏上显现的黑白实时二维声像图上叠加彩色实时血流影像。还可与M型超声心动图、脉冲波和连续波声谱图显示同时进行。其特点是可同时显示心腔某一断面上全部异常血流束的分布及数目；表现血流途径及方向，辨别层流、湍流和涡流；测量血流束的面积、长度、宽度；显示结构异常与血液动力学异常的关系。临床应用于心脏瓣膜病、先天性心脏病、心肌病及心脏肿瘤等无创性诊断，提高了诊断的敏感度和准确度。此技术方法尚有混叠现象及显示帧数受限的缺点。
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