1.
Research on Detection and Recognition of Modulation Signals under Complex Noise Background;
复杂噪声背景下调制信号检测与识别研究
2.
Wavelet Transform Based Approach to Two-Dimensional Harmonics Retrieval in Complex Noises
复杂噪声背景中二维谐波恢复的循环小波累积量方法
3.
Parameter Estimation of Two-dimensional Harmonics in Complex Noise;
复杂噪声背景下的二维谐波信号参量估计问题研究
4.
Study on Methods of DOA Estimation Based on Array Calibration in Complex Noise;
复杂噪声背景下基于阵列误差校正的DOA估计的方法研究
5.
Study on Theory and Method of Signal Parameters Estimation with Polarization Sensitive Array in Complex Noise
复杂噪声背景下极化阵列信号参数估计的理论与方法研究
6.
Two Dimensional Cubic Nonlinear Coupling Estimation in Zero Mean Independent Multiplicative Noises
零均值独立复杂噪声背景下二维谐波估计的时间平均矩方法
7.
A Low-complexity Phase Noise Cancellation Scheme for OFDM System
一种低复杂度的消除相位噪声的方法
8.
Researches on the Algorithm and Software of the Complexity Analysis of Electrical Noise;
电子器件噪声复杂性分析算法与软件研究
9.
A Research of Diagnostic Technique Based on Noise Source in Complex System of Mechanical Vibration
复杂机械振动系统噪声源诊断技术研究
10.
Creation and control of various distributed noise signals based on LabVIEW
基于LabVIEW的复杂分布噪声信号的生成与控制
11.
noise-killing battery
消杂音电池，消噪声电池
12.
The wilderness of the city;the wilderness of counterespionage;a wilderness of voices.
城市令人困惑不解的地方；反间谍的复杂状况；声音噪乱
13.
Transfer of Power Flow and Vibration Voice Control Strategy for the Complex Vibration Isolation System;
复杂隔振系统的功率流传递特性和振动噪声控制技术研究
14.
Immune Optimization Algorithms in Complex Static or Noisy Environments and Their Applications;
复杂静态环境与噪声环境下的免疫优化算法及其应用
15.
Studies of Reversed-time Filtering and One-pass Deconvolution Algorithms for Complicated Multi-channel Systems with Multiplicative Noises;
复杂多通道带乘性噪声系统的逆向滤波及单向反褶积算法研究
16.
Study of Optimal State Estimation Method of Complicated Multi-channel System with Multiplicative Noise;
复杂多通道带乘性噪声系统的最优估计方法研究
17.
The optimum design of detector arrays for the attenuation of surface waves and of ambient noise is a complex subject.
为衰减面波和外界噪声作检波器组合的最佳设计是一件复杂的事情。
18.
Conclusion Fluctuation complexity is a valid feature to make speech/non-speech decision for the low SNR cases.
结论涨落复杂性测度技术可以较好地实现在动态噪声环境下对语音端点的检测。