1.
Simulation of DOA Estimation Algorithm Using UCA Mounted Around a Rigid Sphere
刚性球上均匀圆阵声源方位角估计算法仿真
2.
The Study of Estimating the Bearing of the Target with the Vector Sensor;
矢量水听器确定声源目标方位技术研究
3.
Distributed Acoustic Localization Scheme in Wireless Sensor Networks
无线传感器网络中一种分布式声源定位方法
4.
The Research on Locating Method of Acoustic Emission Source in Metal Plate Based on Correlation Analysis
基于相关分析的金属板声发射源定位方法研究
5.
The near field focused beamforming method for ship rediated noise
舰船噪声源近场聚焦波束形成定位方法
6.
Research on an Improved Method of Beamforming Sound Source Localization
一种改进的声源目标成型波定位方法的研究
7.
Research on Methods of Naval Ship Radiated Noise Sources Location and Bright Spot Signals Extraction
舰船辐射噪声源定位及亮点信号提取方法研究
8.
Enhancement of the Localization Accuracy of AE Source by Using Narrow-band Information Extraction Technology
采用窄带特征提取方法提高声发射源定位精度
9.
The Acoustic Emission Source Analysis of Thermal Barrier Coatings Based on Wavelet Analysis
热障涂层基于小波变换的声发射源定位方法
10.
Robust speech source 3D localization method based on discrete time delay
一种基于离散时延的鲁棒声源三维定位方法
11.
Acoustic-Based MVDR Algorithm for Vector Array Applying for Near-Field Noise Source Location Method
基于MVDR算法的声矢量阵噪声源近场定位方法研究
12.
It is an absolute measurement method to measure the pha- se noise of oscillator with a single source.
单振荡源法测量振荡器的相位噪声,是一种绝对测量方法.
13.
Study on Methods of Microphone Array Based Sound Source Localization and Speech Enhancement
基于麦克风阵列的声源定位与语音增强方法研究
14.
Two Dimensional Near Field Sources Localization Based on Third-Order Cyclic Moment in Multiplicated Noise
乘性噪声背景下基于三阶循环矩的二维近场源定位方法
15.
Bearings-only Passive Target Localization Based on TLS and Kalman Filter with Colored Noise
有色噪声下基于总体最小二乘和卡尔曼滤波的无源定位方法
16.
Acoustic source localization based on adaptive subgradient projection in digital hearing aids
基于次梯度投影的数字助听器自适应声源定位方法
17.
A Study on Sound Source Localization Technology Based on Microphone Array;
基于传声器阵列的声源定位技术研究
18.
Once the brain has determined the position of the acoustic source, it can focus on the sound and tune out unwanted noise coming from other directions.
大脑一旦决定出声音的来源位置，便能专注在该声音上，而把来自其他方向的无用噪音排除在外。