The concept and the design of an open Internet based real time kinematic (RTK) global positioning system (GPS) for a prototype structural monitoring system are introduced.
介绍了基于因特网的实时动态gps在大型结构变形监测中应用的原型系统的概念与设计。
Global positioning system real time kinematic technology (GPS RTK) was applied to the error model identification of the inertial navigation platform in this paper.
对在惯导平台车载试验误差模型辨识中使用全球卫星定位系统(GPS)载波相位差分(rtk)法进行了研究。
In order to accurately evaluate vehicle movement stability, a test system for vehicle movement stability based on real time kinematic (RTK) differential GPS technology is successfully developed.
为了准确评价汽车运动稳定性能,成功研制了一种基于rtk全球定位技术的检测系统。
Precise kinematic GPS surveying can provide users with the precise position, velocity, attitude and time information of the moving platform in real-time or post-processing modes.
精密GPS动态测量能实时或事后地给用户提供高精度的位置、速度、加速度、姿态和时间信息,它在陆地、海面或航空中的导航和测量应用越来越广泛。
Precise kinematic GPS surveying can provide users with the precise position, velocity, attitude and time information of the moving platform in real-time or post-processing modes.
精密GPS动态测量能实时或事后地给用户提供高精度的位置、速度、加速度、姿态和时间信息,它在陆地、海面或航空中的导航和测量应用越来越广泛。
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