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    • 4. 发明申请
    • UTC TIME OFFSET ESTIMATION AT A GNSS RECEIVER
    • GNSS接收器的UTC时间偏移估计
    • WO2014018260A1
    • 2014-01-30
    • PCT/US2013/049862
    • 2013-07-10
    • QUALCOMM INCORPORATED
    • LIN, Tong
    • G01S19/33
    • G01S19/33
    • Techniques are provided to quickly estimate a temporal shift of a GPS signal based on an analysis of a GLONASS signal. The shift can be a result of applied leap-second adjustments affecting GLONASS signals but not GPS signals. By identifying this shift, GPS and GLONASS signals can be considered together in order to estimate locations. The temporal shift can be determined, e.g., by estimating a separation between a GPS-signal frame feature (e.g., frame onset) and a GLONASS-signal frame feature (e.g., frame onset), or identifying coinciding frame features (e.g., a GPS-signal subframe coinciding with a GLONASS-signal string number). The techniques allow the temporal shift to be estimated based on an analysis of just a portion of the GPS-signal and GLONASS-signal frames, such that a speed of location estimations can be improved.
    • 提供了基于GLONASS信号的分析来快速估计GPS信号的时间偏移的技术。 这种偏移可能是影响GLONASS信号而不是GPS信号的应用跨越二次调整的结果。 通过识别这种偏移,可以一起考虑GPS和GLONASS信号以估计位置。 可以例如通过估计GPS信号帧特征(例如,起始帧)和GLONASS信号帧特征(例如,帧起始)之间的间隔或者识别重合的帧特征(例如,GPS - 信号子帧与GLONASS信号串号相符)。 这些技术允许基于对GPS信号和GLONASS信号帧的仅一部分的分析来估计时间偏移,使得可以提高位置估计的速度。
    • 6. 发明授权
    • UTC TIME OFFSET ESTIMATION AT A GNSS RECEIVER
    • UTC-ZEITVERSATZMESSUNG AN EINEM GNSS-EMPFÄNGER
    • EP2877878B1
    • 2016-10-26
    • EP13742323.2
    • 2013-07-10
    • Qualcomm Incorporated
    • LIN, Tong
    • G01S19/33
    • G01S19/33
    • Techniques are provided to quickly estimate a temporal shift of a GPS signal based on an analysis of a GLONASS signal. The shift can be a result of applied leap-second adjustments affecting GLONASS signals but not GPS signals. By identifying this shift, GPS and GLONASS signals can be considered together in order to estimate locations. The temporal shift can be determined, e.g., by estimating a separation between a GPS-signal frame feature (e.g., frame onset) and a GLONASS-signal frame feature (e.g., frame onset), or identifying coinciding frame features (e.g., a GPS-signal subframe coinciding with a GLONASS-signal string number). The techniques allow the temporal shift to be estimated based on an analysis of just a portion of the GPS-signal and GLONASS-signal frames, such that a speed of location estimations can be improved.
    • 提供了基于GLONASS信号的分析来快速估计GPS信号的时间偏移的技术。 这种偏移可能是影响GLONASS信号而不是GPS信号的应用跨越二次调整的结果。 通过识别这种偏移,可以一起考虑GPS和GLONASS信号以估计位置。 可以例如通过估计GPS信号帧特征(例如帧起始)和GLONASS信号帧特征(例如帧起始)之间的间隔或者识别重合帧特征(例如,GPS - 信号子帧与GLONASS信号串号一致)。 这些技术允许基于仅对GPS信号和GLONASS信号帧的一部分的分析来估计时间偏移,使得可以提高位置估计的速度。