他所玩的游戏，能够在任何时间通过手机GPS定位技术了解他所在的位置。
The games he plays know his location at any given moment through the phone's GPS technology.
太多的IT团队无法在足够长的时间里脱去技术帽子，从而对不关心如何定位信息的主管没有意义，仅此而已。
Too many it teams can't take off their technical hats long enough to make sense to business executives who don't care how the information is located, just that it is.
其中自然学家丹尼尔。斯达尔特则在五年的时间里，游泳横跨不列颠，途中他运用网格定位技术拍摄了150处“桃源”景象。
Daniel Start, a naturalist, spent five years swimming Britain, grid-referencing and photographing 150 of its "hidden dips".
时间间隔测量在导航定位、航空航天、通讯、电子仪器、天文、计量、电子技术等众多领域有着广泛的应用。
Time interval measurement has been widely used in many areas, such as navigation and positioning, aerospace, communications, electronics, astronomy, metrology, electronic technology.
这是一种将GPS与数传技术相结合，实时解算并进行处理，在1 ~2秒时间内得到高精度定位信息的技术。
This will be a GPS and digital technology, real-time solution and processed in 1 to 2 seconds within the high-precision positioning information technology.
本论文对无线通信网络中基于时间测量值的无线定位技术进行了研究。
This thesis aims at the research of wireless location technology based on time-related measurements in Wireless Communication System.
通过对背向滑步技术进行导引教学，利用人的视觉感应，通过练习，建立起正确的时间感、空间感，以及正确的动作定位。
Through guidance teaching of the backsliding technique and by making good use of people's visual sense, correct sense of time, space and correct action position can be set up through exercises.
线性化处理技术有效地提高了图像的时间分辨力，使面状缺陷的信号和图像的特征更明显，进而使定位定量更为精确。
Linearization effectively improves time resolution of the received images, which makes the characteristics of the defect more markedly and leads to more accurate quantitative measurement.
四个发光二极管和CMOS摄像头可以维持的时间是激光的两倍，先进的旋转镜技术和定位方法也融合在此传感器中，公司相关负责人这样说道。
Four LEDs and CMOS camera last twice as long as lasers and rotating mirror technology used in competitive sensors and positioning methods, according to the company.
这项研究通过GPS定位技术追踪青少年的日常活动。它发现：孩子们每天在校里“动起来”的时间平均只有23分钟。
The study, which used GPS devices to track when and where teenagers were getting physical activity, found that, on average, they were physically active only 23 minutes a day while at school.
对影响导航定位系统定位精度的各种因素进行了分析。研究了影响导航定位精度的关键技术问题，如时间基准、时间同步和卫星定轨等。
In this paper, we analyze the key techniques for the service precision of Global Navigation satellite System such as time reference, time synchronization, satellite orbit determination, etc.
研究了影响导航定位精度的关键技术问题，如时间基准、时间同步和卫星定轨等。
In this paper, we analyze the key techniques for the service precision of Global Navigation satellite System such as time reference, time synchronization, satellite orbit determination, etc.
本发明解决了现有技术中用户通过选择时间点来选择收看节目时，不能准确快速的定位所要收看节目的问题。
The invention solves the problem that when the user chooses to watch a program through choosing a time point, the program to be watched cannot be positioned quickly in the prior art.
本文研究利用手机网络定位技术，采集居民的所在位置、出行时间等信息，进一步得到手机使用者的出行轨迹信息。
The paper is based on cellular position from which it is acquired that the information of location, trip time and so on, moreover, the cellular users 'path is collected.
但是由于精度、复杂环境，以及定位时间等条件的限制，现存定位技术存在一定的缺陷。
However, due to the complex environment, and the accuracy of such in limitations locating time, existing positioning technologies have some shortcomings.
介绍了导航定位系统的时间基准及实现时间统一的卫星授时技术和定时技术。
The Time Standaards of navigation positioning system and Time Service of Timing by Satellite and Satellite Timing Calibration of Timing are introduced.
他们利用了一些精密仪器和技术，例如高精度全球定位系统和原子钟，将测量的中微子运动距离精确至20厘米，运动时间精确至10纳秒(1纳秒即十亿分之一秒)。
They use fancy kit like high-precision GPS and atomic clocks to measure the distance the neutrinos travel to within 20cm and their time of flight to within ten nanoseconds (billionths of a second).
他们利用了一些精密仪器和技术，例如高精度全球定位系统和原子钟，将测量的中微子运动距离精确至20厘米，运动时间精确至10纳秒(1纳秒即十亿分之一秒)。
They use fancy kit like high-precision GPS and atomic clocks to measure the distance the neutrinos travel to within 20cm and their time of flight to within ten nanoseconds (billionths of a second).
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