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1.
Fractional Fourier Transform of Gauss Pulse Modulated Chirp Signal and Its Analytical Representation
高斯脉冲调制Chirp信号分数阶Fourier变换的解析表示
2.
Range sidelobe suppression of stepped Chirp waveforms
Chirp子脉冲频率步进信号的距离副瓣抑制
3.
Application to Gauss Pulse Sequence Signal of Chaos Amplitude Modulation in Radar
混沌调幅的高斯脉冲序列信号在雷达中的应用
4.
Survey of UWB signal s character based on the Gaussian impulse;
UWB系统中高斯脉冲信号特性的研究
5.
Design of the precision and regulable pulse sequence
高精确度可调脉冲序列信号源的设计
6.
Study on Pulse-Position-Modulated Pulse-Sequence Radar Signal Theory and Its Applications;
脉位调制脉冲串雷达信号理论与应用研究
7.
The Study on the Method of the Pulse Compression of the High Order Nonlinear FM Radar Signal
高阶非线性频率调制雷达信号的脉冲压缩方法研究
8.
Data bits are allocated to the channels through a highly efficient modulation technique that converts digital data to electrical signal pulses.
数据通过一种高效的调制技术(即把数字数据变成电信号脉冲)分配给各个信道。
9.
Analysis and Application for Circle-phase Characteristic of the Equidistant Impulse Modulated Signal
等间距冲激脉冲调制信号的相位循环特性分析及应用
10.
Pulse-phase modulation qualifying symbol. Right-click for pulse-frequency, pulse-amplitude, pulse-interval, or pulse-duration.
脉冲-相位调制限定符号。右击指定脉冲-频率、脉冲-幅度,脉冲-间歇或脉冲-持续时间调制。
11.
Multi-component LFM Signal Suppressing Based on Modified Discrete Chirp in DSSS System
DSSS中基于修正Chirp-Fourier变换的多分量LFM信号抑制
12.
Pulse Repetition Interval Modulation Recognition of Advanced Radar Emitter Signals;
复杂体制雷达辐射源信号脉冲重复间隔调制识别
13.
The Study of High Resolution Intra-inter FM Radar Signal Two Stage System
高分辨率脉内脉间频率调制雷达信号脉压系统研究
14.
A Research on Ambiguity Function of Symmetrical Triangular Frequency Modulated Pulse Compression Signal
对称三角调频脉冲压缩信号模糊函数
15.
In order to obtain high range resolution, the Chirp signal is used as subpulse to form stepped frequency modulated radar signal.
为了获得高距离分辨率,将线性调频信号作为子脉冲构成调频步进雷达信号。
16.
The Research on the Post-receptor Signal Transduction Mechanism of the Expression of Rats' GTH Regulated by GnRH at Different Impulse Frequencies;
不同脉冲频率GnRH调节大鼠GTH表达的受体后信号转导机制研究
17.
Research on Psitioning Mechanism Using UWB Radio Signal;
基于UWB脉冲信号的定位机制研究
18.
The performance of cleaning pipe can be controled through the detected high frequency barometric pulse signal with pressure sensors.
通过压力传感器所检测高频气压脉冲信号可以实现对清洗的控制。