公开(公告)号：KR1020040026565A

公开(公告)日：2004-03-31

申请号：KR1020020058103

申请日：2002-09-25

Applicant: 한국항공우주연구원

Inventor： 김방엽 ,  이상철 ,  윤재철 ,  최규홍

IPC: G05D1/00

CPC classification number: G05D1/10 ,  G01C21/00 ,  G01S5/021 ,  G01S19/11

Abstract: PURPOSE: A real time orbit determination system in a time-synchronous service using a geostationary satellite and its method are provided to minimize position error of the satellite. CONSTITUTION: A measurement time supply apparatus(1) supplies a reference time. A personal computer(2) has a computer program to determine a position of a satellite by measuring synchronous signal receiving information from a time-synchronous signal receiver station(12) and to make the position of the satellite and time code. A time-synchronous signal generator(3) generates a time-synchronous signal. A time-synchronous signal transmitter station(5) transmits the time-synchronous signal to a satellite(6), and receives the synchronous signal receiving information from the time-synchronous signal receiver station and then transfers it to the personal computer. A transceiver equipment(7) transfers the time-synchronous signal from the satellite to a signal analysis apparatus(8) and transmits the synchronous signal receiving information to the satellite again. A measurement reference time supply apparatus(9) supplies the reference time. A time interval measurement apparatus(10) measures time interval by comparing the time-synchronous signal with the reference time. And the time-synchronous signal receiver station system comprises a personal computer(11) calculating a delay time of the synchronous signal using position information of a satellite and transmitting the synchronous signal receiving information to the satellite communication transceiver equipment(7).

Abstract translation: 目的：提供使用地球静止卫星的时间同步服务中的实时轨道确定系统及其方法，以最小化卫星的位置误差。 规定：测量时间供给装置（1）提供基准时间。 个人计算机（2）具有通过测量来自时间同步信号接收站（12）的同步信号接收信息并确定卫星的位置和时间码来确定卫星位置的计算机程序。 时间同步信号发生器（3）产生时间同步信号。 时间同步信号发送站（5）将时间同步信号发送到卫星（6），并从时间同步信号接收站接收同步信号接收信息，然后将其传送给个人计算机。 收发机设备（7）将来自卫星的时间同步信号传送到信号分析装置（8），并再次向卫星发送同步信号接收信息。 测量基准时间供给装置（9）提供基准时间。 时间间隔测量装置（10）通过将时间同步信号与参考时间进行比较来测量时间间隔。 而时间同步信号接收站系统包括个人计算机（11），使用卫星的位置信息计算同步信号的延迟时间，并向卫星通信收发机设备（7）发送同步信号接收信息。

公开(公告)号：KR100442706B1

公开(公告)日：2004-08-02

申请号：KR1020020058103

申请日：2002-09-25

Applicant: 한국항공우주연구원

Inventor： 김방엽 ,  이상철 ,  윤재철 ,  최규홍

IPC: G05D1/00

Abstract: PURPOSE: A real time orbit determination system in a time-synchronous service using a geostationary satellite and its method are provided to minimize position error of the satellite. CONSTITUTION: A measurement time supply apparatus(1) supplies a reference time. A personal computer(2) has a computer program to determine a position of a satellite by measuring synchronous signal receiving information from a time-synchronous signal receiver station(12) and to make the position of the satellite and time code. A time-synchronous signal generator(3) generates a time-synchronous signal. A time-synchronous signal transmitter station(5) transmits the time-synchronous signal to a satellite(6), and receives the synchronous signal receiving information from the time-synchronous signal receiver station and then transfers it to the personal computer. A transceiver equipment(7) transfers the time-synchronous signal from the satellite to a signal analysis apparatus(8) and transmits the synchronous signal receiving information to the satellite again. A measurement reference time supply apparatus(9) supplies the reference time. A time interval measurement apparatus(10) measures time interval by comparing the time-synchronous signal with the reference time. And the time-synchronous signal receiver station system comprises a personal computer(11) calculating a delay time of the synchronous signal using position information of a satellite and transmitting the synchronous signal receiving information to the satellite communication transceiver equipment(7).

Abstract translation: 目的：提供使用对地静止卫星的时间同步服务的实时定轨系统及其方法，以最小化卫星的位置误差。 构成：测量时间提供装置（1）提供参考时间。 个人计算机（2）具有计算机程序，用于通过测量来自时间同步信号接收器站（12）的同步信号接收信息并确定卫星和时间码的位置来确定卫星的位置。 时间同步信号发生器（3）产生时间同步信号。 时间同步信号发送站（5）将时间同步信号发送给卫星（6），并从时间同步信号接收站接收同步信号接收信息，然后将其传送给个人计算机。 收发机设备（7）将来自卫星的时间同步信号传送到信号分析装置（8），并再次将同步信号接收信息传送给卫星。 测量基准时间提供装置（9）提供基准时间。 时间间隔测量装置（10）通过比较时间同步信号和参考时间来测量时间间隔。 时间同步信号接收站系统包括个人计算机（11），利用卫星的位置信息计算同步信号的延迟时间，并将同步信号接收信息传送给卫星通信收发信机设备（7）。