1.
Investigation and Study on Applications of Acoustic Positioning Technique in the Field of Ocean Engineering;
水声定位技术在海洋工程中的应用研究初探
2.
Hydroacoustic positioning-based technology for positioning marine seismic streamers
基于水声定位的综合海洋地震电缆定位技术
3.
Investigation on Acoustic Holography Technique for Underwater Sound Source Identification and Position by Continuously Scanning Sound Field
水下声场连续扫描声全息声源识别定位技术研究
4.
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
5.
The Research on the Identification Technique of Complex Structure Sound Source in Semi-space
复杂结构声源水下半空间识别与定位技术研究
6.
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
7.
The Research on Detection and Orientation of Underwater Cast Object by Sonar Technology;
利用声纳技术对水下抛投体及根石探测定位方法的研究
8.
Simultaneous Localization and Mapping for an AUV Using Forward-looking Sonar;
基于声纳的水下机器人同时定位与地图构建技术研究
9.
Study of a New Type of Acoustic Emission Testing System and Technology of AE Sources Orientation
新型声发射检测系统与定位技术研究
10.
The Precision Positioning Technology Based on the Advanced Ultrasonic Motor;
基于先进超声波电机的精密定位技术
11.
The Barrier Detection System Based on Technology of Ultrasound Locating;
基于超声波定位技术的障碍探测系统
12.
The Realization of Passive Positioning on TigerSHARC
基于TigerSHARC的噪声目标定位技术的实现
13.
Research on Key Technologies of Positioning System Based on Multistatic Sonar
基于多基地声纳定位的关键技术研究
14.
Indoor Ultrasonic Positioning System Based on CC1101 RF Technology
基于CC1101射频技术的室内超声定位系统
15.
Location System of Impact Point Based on Acoustics Detecting Technique
基于声学检测技术的弹着点定位系统
16.
Lateral thoracic flap technique (2): Blood vessels are located by ultrasound.
胸侧皮瓣技术(二)：以超声波技术为血管定位。
17.
Sound Source Location Error Analysis of Acoustic Emission Technique for Thick-Wall Pressure Vessel
厚壁压力容器声发射技术声源定位误差分析
18.
Self-positioning of robot based on dead reckoning and ultrasonic data fusion
基于推算定位和超声波定位融合的机器人自主定位技术