2006Acta Geodaetica et Cartographica SinicaRequires access

Resolve the Ambiguity in Real-time GPS Water Vapor Detecting with the Method of Single Epoch Ambiguity Resolution

Wei Wang

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Abstract

The theory of real-time GPS water vapor detecting is briefly showed.Then the problem how to get water vapor can translate into how to get the ambiguity of wide lane,and the ambiguity of wide-lane can be got by double P code.With examples,the precision of the ambiguity of wide-lane is analyzed,and the reason why the precision of the ambiguity of wide-lane varies with the elevation is explained.

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What this paper is about

The theory of real-time GPS water vapor detecting is briefly showed.Then the problem how to get water vapor can translate into how to get the ambiguity of wide lane,and the ambiguity of wide-lane can be got by double P code.With examples,the precision of the ambiguity of wide-lane is analyzed,and the reason why the precision of the ambiguity of wide-lane varies with the elevation is explained.

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Available abstract

The theory of real-time GPS water vapor detecting is briefly showed.Then the problem how to get water vapor can translate into how to get the ambiguity of wide lane,and the ambiguity of wide-lane can be got by double P code.With examples,the precision of the ambiguity of wide-lane is analyzed,and the reason why the precision of the ambiguity of wide-lane varies with the elevation is explained.

Key concepts: Ambiguity, Ambiguity resolution, Epoch (astronomy), Global Positioning System, Computer science, Resolution (logic), Water vapor, Remote sensing

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