1.
Research on Noise Sources Separation Technique Based on Multi Input/Output
基于多输入/输出模型的噪声源分离方法研究
2.
Research on Real-time Blind Speech Source Separation and Localization;
实时语音盲信号分离及声源定位研究
3.
Research on the HNR Separation of Voice Source with Harmonic Noise
嗓音源谐波噪声HNR分离方法研究
4.
Underdetermined Blind Separation Based on Sound Source Time-Delay Estimation
基于声源时延估计的欠定盲分离方法
5.
Research on Underwater Plasma Sound Source and Its Focused Sound Field Distribution Characteristics
水下等离子体声源聚焦声场分布特性研究
6.
Homomorphic transform based BSS algorithm for multiplicative noise reduction
乘性噪声消除的同态变换盲源分离算法
7.
Analysis and calculate on electroacoustic efficiency of underwater plasma sound source system
水下等离子体声源系统效率分析与计算
8.
A separation method of naval ship radiated noise sources using measure data of radiated noise was introduced.
介绍一种从舰艇辐射噪声数据中分离辐射噪声源的方法.
9.
Acoustics--Determination of sound power levels of noise sources using sound intensity--Part 1: Measurement at discrete points
GB/T16404-1996声学声强法测定噪声源的声功率级第1部分:离散点上的测量
10.
Research on Electromotor Noise Fault Diagnosis Based on BSS and Wavelet Transform;
基于盲源分离和小波分析的电机声频故障诊断研究
11.
Time-Frequency Analysis of Engine Vibration and Noise Signals and Research on the Blind Separation Technology for Source Signals;
内燃机振声信号时频特性分析及源信号盲分离技术研究
12.
The intensity of sound is inversely proportional to the square of the distance measured from the source of the sound
声强与声源的距离平方成反比。
13.
Research on Multi-resource Separation of Ship Noise Based on High-order Spectrum and Cyclic Spectrum;
基于高阶谱和循环谱的舰船噪声多源特征分离研究
14.
Study on Mechanical Noise Separation based on Maximum Entropy of Blind Source;
基于最大熵条件下机械噪声盲源分离方法的研究
15.
Blind Source Separation of Multi-acoustical Sources Based on Joint Approximate Diagonalization of Eigen-matrices
基于特征矩阵联合近似对角化的多声源信号分离
16.
A study of noise robust speech recognition based on convoluted blind source separation
基于卷积盲源分离的噪声鲁棒性语音识别的研究
17.
Spacial Distribution Model of Field Stimulated by Airborne Source
空气中声源激发声场的空间分布模型
18.
The visual noise is stemmed from irregular distribution of dots, attributed to uneven size of dot, shape variation and distance among dots.
视觉噪声源自网点分布的无规则,与网点大小、形状变化及网点间距离不均匀有关。