本文对室内定位的研究主要就是基于UWB技术。
This thesis mainly studies the indoor locationing based on UWB techniques.
构建基于参考标签的室内定位系统，并开发界面软件。
The indoor positioning system based on reference tag is constructed. Then the interface software is built.
添加室内定位技术，可穿戴设备仍然是一个需要解决的挑战。
Adding indoor positioning technology to wearable devices is a challenge still to be solved.
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.
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.
故而室内定位作为定位技术的研究热点，越来越受到人们的关注。
As a hot research topic, indoor location technology receives more and more attention.
研究人员认为，至今使用Android平台的唯一的缺点就是不能在室内定位。
So far the only drawback to using the Android platform in this work, note the researchers, is that it can't locate users indoors.
虽然在室外实现定位的方法已经比较成熟，但是在实现室内定位方面还是比较空白。
Although the outdoor location method has been comparative ripe, the indoor location method is still can not find a good way to deal with.
软件方面主要介绍了室内定位的算法、主控机程序流程以及测量点处单片机程序结构。
Software introduces the indoor positioning algorithms, Main controller program flow and measuring the point program structure of microcontroller.
为实现精准、快速的定位效果，阐述了以块匹配法为核心，基于序列图像的室内定位算法；
In order to achieve the result of exact and quick positioning, describe indoor position algorithm on block match of image sequence.
为了改善这种装置的使用对室内定位的性能，也可以加入其他的技术来提高室内的定位精度。
To improve the performance of such devices for use for indoor positioning, it is possible to add other technologies to enhance the positioning accuracy indoors.
为了提高室内定位跟踪精度和扩大定位跟踪范围，建立了一种无线传感器和视频融合定位跟踪模型。
To increase the indoor location tracking accuracy and extend the location area, the fusion model for location tracking based on wireless sensors and video is constructed.
由于室内环境复杂，多径传播、随机噪声干扰等影响较大，因此室内定位系统的算法研究具有挑战性。
Because the indoor environment is very complex, and it's greatly influenced by multipath propagation and random noise, the research on the algorithms of indoor location system is of great challenge.
此项新技术可消除“无法定位”的情形可实现室内定位，并能克服GPS受阻的情况，从而实现更加稳健的系统。
This new technology can eliminate "no-fix" scenarios, enables indoor-positioning, and overcomes GPS jamming scenarios resulting in highly robust systems.
由于室内无线传播环境的噪声随机性干扰比较大，在设计射频识别室内定位应用系统时，高精度定位算法的研究显得十分重要。
In the design of RFID indoor location system, due to the existence of serious random interference in indoor radio environment, it is very important to have location algorithms with high accuracy.
在移动通信领域，人们对基于位置服务(LBS)的需求正在不断增长，基于WLAN的室内定位系统正是迎合了这种需求的一个新兴的研究热点。
In the field of mobile communication, demand for location-based service (LBS) is growing, WLAN-based indoor location system that precisely meets the needs is becoming a research focus.
在移动通信领域，人们对基于位置服务(LBS)的需求正在不断增长，基于WLAN的室内定位系统正是迎合了这种需求的一个新兴的研究热点。
In the field of mobile communication, demand for location-based service (LBS) is growing, WLAN-based indoor location system that precisely meets the needs is becoming a research focus.
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