多径干扰和速度变化对GPS可靠性和精度的影响

Younis H. Karim Al-Jewari, R. B. Ahmad, A. Alrawi
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引用次数: 4

摘要

随着全球定位系统(GPS)作为先进的导航系统在许多领域(空中、陆地、海洋和太空)的越来越多的使用,它提供了高精度和可靠性的位置(纬度、经度和高度)和速度随时间的变化。多路径是影响GPS精度和可靠性的误差来源之一。本文利用专门设计的仿真平台,模拟卫星电磁波的多径干扰,研究了多径误差对GPS系统的影响,并利用私家车对不同速度下的GPS系统精度进行了评估。在我们的测试中,我们使用了GPS接收器卡模型(GARMIN GPS 25- lvs)是全球定位系统的传感器板,专为广泛的OEM(原始设备制造商)设计,天线模型为GA 25 MCX。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Impact of multipath interference and change of velocity on the reliability and precision of GPS
With the growing use of the Global Positioning System (GPS) in many fields (air, land, sea and space) as advanced navigation system which provide high accurate and reliability for the position (latitude, longitude and altitude) and velocity with time. Multipath is one of the contributing sources of errors that impact on the precision and reliability of GPS. This paper investigates impact of multipath error on the GPS system by using a specially designed simulator platform to simulate multipath interference of the satellite electromagnetic waves and also to evaluate the accuracy of the system with different velocity by using private car. In our tests, we have used GPS receiver card model (GARMIN GPS 25-LVS) is the sensor board of the Global positioning System designed for a wide spectrum of OEM (Original Equipment Manufacturer) with antenna model GA 25 MCX.
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