文章叙述了一种实时3d高精度超声定位系统。
A high accuracy real-time 3d ultrasonic location system is discussed in this article.
而且那个超声定位系统可以帮助他们建立起周围环境的更为完全的声音图象。
And that sound-location system could help to build up an even more complete sound picture of a blind person 'surroundings.
针对常规超声波局部定位系统的缺陷，介绍了类GPS超声定位系统及其工作原理。
In view of the deficiencies of the conventional ultrasonic location system, Quasi-GPS ultrasonic location system and its work principle are introduced.
其他的室内定位系统尝试通过使用无线电，超声波或者红外信号来给用户定位。
Other indoor positioning systems try to find a user's position using radio, ultrasound or infrared signals.
重点阐述了超声波定位导航系统的硬件设计。
Emphasizes on how to design the hardware of the ultrasonic navigation system.
在交互式图像导航HIFU(高强度聚焦超声)治疗系统中，需要对病灶目标进行非常精确的实时成像和定位。
In the interactive image-guided HIFU (High Intensity Focused Ultrasound) therapy system, a fast and precise localization of the tumor is very important.
水下机器人的定位系统利用超声波传感器获取距离信息，同时采用三点定位法计算出位置坐标。
The orientation system of underwater robot captures the distance information by the ultrasonic sensors, and uses thethree points location theory to compute the coordinate of the position.
针对圆柱-球体三自由度超声电机难以建立精确数学模型的特点，设计了模糊自适应定位控制系统。
In this paper an effective control scheme using fuzzy-adaptive controller is proposed for the position servo systems of cylinder-sphere 3-dof ultrasonic motor.
将超声波测距技术应用于物体的平面定位中，设计具有精确度较高的平面定位系统。
The ultrasonic ranging is used to design the plane location system with a high accuracy.
超声振动系统的变幅杆连接结构分为传统连接结构、锥面定位连接结构、两面定位连接结构。
Such systems have three types of linkage structures, conventional structures, cone-positioned structures, and two-face-positioned structures.
本文介绍了JFD1型局放超声自动定位系统的有关实验室及现场变压器实测情况。
This paper describes the test of JFD1 PD location system in laboratory and in field.
该定位系统采用波头计数与零交叉点检测的方法来提高超声测距精度，并通过三角形方法来实现三维定位。
This method enhanced the measuring accuracy by using the methods of wave head counting and zero-cross detection, and it implemented 3-d positioning with triangle square wave.
因此本系统的设计引入超声作辅助定位。
Therefore, the system design introduces the ultrasound-assisted localization.
本文主要介绍了一种基于超声波测距技术的室内定位系统的设计。
This paper is designed having introduced that ultrasonic distance measurement technology-based interior of one kind fixer system mainly.
通过超声波测距系统获得桥吊吊具定位数据，将数据通过单片机传送给主机进行处理，实现了集装箱装卸过程中桥吊吊具的实时定位。
The orientation data for the Lifting Instruments acquired from the ultrasonic system will be transmitted to the PC through the SCM system. It is feasible to dispose the data with SCM directly.
研制了基于行波超声波电机与步进电机驱动的机器人多自由度机械臂精密定位控制系统。
This study puts forward an auto-detecting method of detecting the precision of dial gauges based on traveling wave ultrasonic motor and FPGA.
所述用于控制定位系统的方法安装了多颗超声卫星，用于产生超声信号以定位运动物体。
The method for controlling a positioning system installs a plurality of ultrasonic satellites generating ultrasonic signals to position a mobile.
本发明提供了一种使用超声波的定位系统和用于控制所述定位系统的方法。
Provided are a positioning system using ultrasonic waves and a method for controlling the positioning system.
而基于磁定位系统的三维超声成像系统是近几年来三维超声成像的研究热点。
And 3d ultrasound imaging system based on magnetic orientation system is a research focus of 3d ultrasound imaging in recent years.
然而，HIFU治疗系统超声成像中产生的雾状伪像，掩盖了人体组织的真实成像，影响了系统对病灶的定位和治疗。
However, a real image of tissue components is always covered by fog artifacts resulting from the ultrasonic imaging in HIFU therapeutic system.
讨论了一种新型的基于超声波测距的高精度三维定位定向系统的原理与设计。
The principle and design of a high precise 3-D orientation and location system for headpiece and digital glove of virtual reality system are discussed in this paper .
讨论了一种新型的基于超声波测距的高精度三维定位定向系统的原理与设计。
The principle and design of a high precise 3-D orientation and location system for headpiece and digital glove of virtual reality system are discussed in this paper .
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