1.
Estimation of ship motion parameters based on acoustic intensity
基于声强矢量的舰船目标运动参数估计
2.
Based on acoustic intensity, the estimation of ship motion parameters is put froward, and a rapid algorithm is introduced.
基于声强矢量测量法提出了舰船目标运动参数的估计方法,并提出了快速算法.
3.
Measurement Technique of Noise Acoustic Intensity Based on Vector Hydrophone
基于矢量水听器的噪声声强测量技术
4.
Study of Direction Estimation Based on Intensity Measurement Using Acoustic Vector Sensor
矢量传感器的复声强法定向技术研究
5.
Research on the Phenomena of Counteraction and Phase Property in the Vector Sound Field;
矢量声场的对消现象与相位特性研究
6.
The Technology of DSP Applied to Signal Processing of Acoustic Vector Sensor;
DSP技术在声矢量信号处理中的应用
7.
Research of MEMS Bionic Vector Hydrophone Based on Silicon;
硅微MEMS仿生矢量水声传感器研究
8.
Acoustic Vector-Sensor Capon Direction Estimation;
声矢量传感器的Capon方位估计
9.
Bionic Encapsulation of a Hair Cell Vector Hydrophone Based on MEMS
纤毛式MEMS矢量水声传感器的仿生组装
10.
Study of Intensity of Vectorial Nonparaxial Flattened Gaussian Beams;
矢量非傍轴平顶高斯光束的光强研究
11.
Non-paraxial Vector Theory for Self-focusing of Intens e Laser Beams;
强光束传输的非旁轴矢量自聚焦理论
12.
Research on Measurement Method about Wide-band Radiated Noise Based on Vector Hydrophone
基于矢量水听器的宽带辐射噪声测量方法研究
13.
Super-dynamic, interactive, vector-based animation, and sound.
超级动态、交互式访问、基于矢量的动画和声音。
14.
DOA estimation based on acoustic vector sensor array
基于水声矢量传感器阵的波达方向估计
15.
The Study of the High Resolution DOA Estimation Technology Based on the Acoustic Vector Array
基于声矢量阵的高分辨方位估计技术研究
16.
Research on the Direction Finding Based on the Combined Processing Using Acoustic Vector Sensor Array;
基于联合信息处理的声矢量阵测向技术
17.
Study on Space-time Filtering Technology and Its Application in Acoustic Based on an Acoustic Vector Time-reversal Mirror;
矢量反转镜时空滤波技术及其在水声中的应用
18.
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