Real - time kinematic

Real - time kinematicReal - time kinematic
  1. On distributed wide area differential GPS real time kinematic positioning system

    分布式广域差分GPS实时定位系统

  2. Research and Testing of GPS Real Time Kinematic Based on VRS

    基于VRS的GPS实时差分研究及测试

  3. Real Time Kinematic GPS and its Application on Mountain Petroleum Exploration by Seismic Method

    GPS实时动态测量技术在山区地震勘探中的应用研究

  4. A Tentative Study on the Application of Real Time Kinematic Positioning Technology in the Cadastral and Real Estate Surveying

    实时动态定位技术在地籍与房地产测量中的应用初探

  5. It is important to summarize and introduce the application of RTK ( Real Time kinematic ) GPS in road engineering .

    因此,在公路勘测和施工测量的基础上,总结并介绍实时全球定位系统(RTK)GPS在公路工程中的应用具有重要意义。

  6. Experimental Research On Measuring the Attitude of Ship in the Underwater Topographic Surveying by Means of Real Time Kinematic Differential GPS

    水下地形测量中动态差分GPS测定船体姿态的实验研究

  7. The real time kinematic ( RTK ) fifth wheel for vehicle road tests is successfully developed using GPS carrier phase RTK technology .

    利用GPS载波相位RTK技术研制成了汽车道路试验RTK五轮仪。

  8. 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。

  9. The carrier phase differential technique is also called RTK ( real time kinematic ), which is based on the real time processing the carrier phase of two observation stations .

    载波相位差分技术又称为RTK技术(RealTimeKinematic),是建立在实时处理两个测站的载波相位基础上的。

  10. 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。

  11. The RTK ( real time kinematic ) technical questions are discussed according to the practice of land survey in Yongkang City , Zhejiang Province by RTK technique .

    结合浙江永康市土地测量的实践,探讨GPS实时动态(RTK)测量技术在土地管理中应用的控制网加密、参数转换、测量数据组织与编码等9个问题。

  12. The ionospheric delay error is a major error source which degrades the positioning accuracy in network real time kinematic ( RTK ) positioning over a long distance .

    在长距离GPS实时动态定位(RTK)过程中,电离层延迟误差是影响定位精度的主要误差源。

  13. A portable wireless real time kinematic heart rate measurement system was developed , which realized real-time kinematic heart rate measurement by the continuous extraction of time span of two sequential R-wave of ECG .

    研制了一种便携式运动心率实时无线检测系统,通过不断提取心脏跳动时两个相邻心电R波的时间间期来实现高强度运动训练中运动员心率的瞬时无线检测。

  14. To improve and develop the method and equipment of river-crossing reconnaissance , digital river surveying was implemented with GPS-RTK ( real time kinematic ), ultrasonic sounding , and digital mapping technology .

    为有效促进渡河工程保障侦察手段的改进和侦察装备的发展,综合运用实时动态定位GPS-RTK(RealTimeKinematic)、超声波测深和数字测图等技术实现数字化江河测量。

  15. GPS carrier phase surveying technique has been developed from static , fast static to real time kinematic ( RTK ) positioning , which changed the acquiring way of spatial information and enlarged the area of GPS application .

    GPS载波相位测量技术从静态、快速静态发展到实时动态(RTK),改变了空间信息的采集方式和定位方式,拓展了GPS的使用空间。

  16. The single frequency RTK ( Real Time Kinematic ) is the important technology to reduce the cost of terminal and improve the precision of positioning , the integer ambiguity resolution is one of the key technologies for RTK .

    卫星导航系统中单频RTK(RealTimeKinematic)技术是降低终端成本、提高定位精度的重要技术,整周模糊度的求解是实现RTK的关键技术之一。

  17. This thesis is concerned on a part of the research project of the GPS ( Global Positioning System ) in highway survey . It mainly studies how to use GPS-RTK ( Real Time Kinematic ) in highway survey and design .

    本论文是全球定位系统(GPS)用于公路工程测量研究系统的一个子课题,主要研究将全球定位系统(GPS)RTK技术用于公路勘测设计中。

  18. The Application of The Real - Time Kinematic ( RTK ) Technology

    时间(英文)实时差分RTK技术应用探讨

  19. Real - time kinematic attitude determination of aircraft using GPS carrier phase

    利用GPS载波相位实时测定动态飞行器姿态

  20. Three dimensional Constant Real time Automatic System for bridge displacement monitoring was described by using Global Positioning System Real Time Kinematic ( GPS RTK ) technology .

    阐述了一种利用全球定位卫星载波实时相位差分(GPSRTK)技术的桥梁三维位移长期实时自动监测系统。