发明名称 A GLOBAL POSITION SYSTEM ( GPS) USER RECEIVER AND GEOMETRIC SURFACE PROCESSING FOR ALL-IN-VIEW COHERENT GPS SIGNAL PSEUDO-RANDOM NOISE (PRN) CODES ACQUISITION AND NAVIGATION SOLUTION DETERMINATION
摘要 A method and system for enabling a more robust detection, acquisition and positioning solution capability for a GPS device. The system and method uses GPS satellite ranging signals based on a simultaneous, all-in-view coherent PRN code signal processing scheme, rather than acquisition of GPS signals one at a time, in order to predict a location of a GPS user receiver. Additionally, image processing techniques, ultra-tight coupling processing techniques, or a combination thereof, are used to further enhance accuracy in determining the location of the user receiver. Signal processing techniques are used to determine the location of the GPS user receiver when no GPS satellite ranging signals can be individually detected, or when only one or two strong GPS satellite ranging signals can be individually detected in weak signal environments, jamming conditions, and a combination thereof.
申请公布号 WO2008021121(B1) 申请公布日期 2008.06.12
申请号 WO2007US17613 申请日期 2007.08.07
申请人 THE BOEING COMPANY;DI ESPOSTI, RAYMOND, S. 发明人 DI ESPOSTI, RAYMOND, S.
分类号 G01S19/25;G01S1/00;G01S5/02;G01S5/14;G01S19/24;G01S19/51 主分类号 G01S19/25
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