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US Patent 10162060 Determination of integrity of incoming signals of satellite navigation system

Patent 10162060 was granted and assigned to Southwest Research Institute on December, 2018 by the United States Patent and Trademark Office.

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Contents

Is a
Patent
Patent

Patent attributes

Patent Applicant
Southwest Research Institute
Southwest Research Institute
Current Assignee
Southwest Research Institute
Southwest Research Institute
Patent Jurisdiction
United States Patent and Trademark Office
United States Patent and Trademark Office
Patent Number
10162060
Patent Inventor Names
Thomas H. Jaeckle0
Date of Patent
December 25, 2018
Patent Application Number
14068218
Date Filed
October 31, 2013
Patent Citations Received
‌
US Patent 12078732 Systems and methods for spoofed signal emitter detection for global positioning system using mesh computing
0
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US Patent 11300687 Discriminating and mitigating SNS spoofing signals
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US Patent 11391846 Global navigation satellite system (GNSS) anti-spoofing techniques based on similarities of gain vectors
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US Patent 11926345 Autonomous vehicles supporting global navigation satellite system (GNSS) anti-spoofing
0
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US Patent 11467290 GNSS signal spoofing detection via bearing and/or range sensor observations
0
‌
US Patent 11561307 Global navigation satellite system (GNSS) anti-spoofing techniques
0
‌
US Patent 11563488 Hybrid communications based upon aerial networks
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US Patent 10775510 Blind despreading of civil GNSS signals for resilient PNT applications
0
...
Patent Primary Examiner
‌
Frank J McGue
Patent abstract

A system and method for testing the integrity of signals incoming to a satellite navigation system. The method is implemented with an array of antenna elements, and a receiver connected to each antenna element. The receivers simultaneously and continuously make measurements on all tracked signals. Each receiver measures the carrier phase of an incoming signal. Based on the carrier phase differences between antenna elements and the distance between them, the azimuth and elevation of the signal source can be calculated. This measured angle of arrival can then be compared to an expected angle of arrival to determine if the signal source is legitimate. The system and method can be also applied to determining the angle of arrival of sources of interference, and to mitigating the effects of both illegitimate and interfering signals.

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