Positioning system using TV broadcasting from geostationary satellites

A. Yasuda, Wei Wei, P. Zhu, K. Yamashita, H. Kawamura
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引用次数: 2

Abstract

As a step to the development of regional positioning systems using geostationary satellites, the authors tried deducing positions of a ship steaming in Tokyo Bay, by making use of three transmitters of TV signals; two geostationary satellites, BS (110/spl deg/E) and Super Bird (162/spl deg/E), and Tokyo Tower (139.75/spl deg/E, 35.67/spl deg/N). The high stability of the synchronous pulses in the video signal makes it possible to find a range more accurately. The RMS error of 240 positions calculated every second on the ship navigating up Uraga Channel is 9.7 m longitudinally and 6.4 m latitudinally in reference to the positions by GPS. But we suspect that the GPS positions might have been modified by the Kalman filter, for the longitudinal error observed at a fixed point (Tokyo University of Mercantile Marine) is as small as 2.9 m.<>
利用地球同步卫星电视广播的定位系统
作为利用地球静止卫星发展区域定位系统的一个步骤,作者试图利用三个电视信号发射机来推断在东京湾航行的一艘船的位置;两颗地球同步卫星,BS (110/spl°/E)和超级鸟(162/spl°/E),以及东京塔(139.75/spl°/E, 35.67/spl°/N)。视频信号中同步脉冲的高稳定性使得更精确地找到一个范围成为可能。在浦贺航道上航行的船舶,每秒计算240个位置的均方根误差相对于GPS定位,纵向为9.7 m,纬度为6.4 m。但我们怀疑GPS位置可能被卡尔曼滤波器修改过,因为在一个固定点(东京商船大学)观测到的纵向误差只有2.9米。
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