首页> 外文会议>Intelligent Networks and Intelligent Systems, 2009. ICINIS '09 >The Simulation of ICCP Algorithm in the Gravity Aided Navigation
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The Simulation of ICCP Algorithm in the Gravity Aided Navigation

机译:重力辅助导航中ICCP算法的仿真

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It is well known that the position errors of INS are accumulated with the time. In order to achieve high accuracy navigation, the vehicle must have other aided navigation methods. The process of receive signals such as GPS destroys the task of the under vehicle. The passive navigation system based on the geophysical information is gradually realized by people. The integrated Gravity/Inertial navigation system is to use gravitational field measured by the sensors in the vehicle localize the vehicle on an existing gravity map, then utilize the result to correct the accumulated position errors of INS. The basic idea of Gravity aided navigation system is introduced, and the iterated closest contour point (ICCP) is used to perform the registration. The whole process is simulated in the experimental area by a visual manner.
机译:众所周知,INS的位置误差随时间累积。为了实现高精度导航,车辆必须具有其他辅助导航方法。诸如GPS之类的接收信号过程破坏了车辆的工作。人们逐渐实现了基于地球物理信息的被动导航系统。集成的重力/惯性导航系统将使用由车辆中的传感器测量的重力场将车辆定位在现有重力图上,然后利用该结果来校正INS的累积位置误差。介绍了重力辅助导航系统的基本思想,并使用迭代的最近轮廓点(ICCP)进行配准。整个过程通过视觉方式在实验区域进行模拟。

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