GPS Interferometric Attitude and Heading Determination: Initial Flight Test Results

Author:

VAN GRAAS FRANK,BRAASCH MICHAEL

Publisher

Institute of Navigation

Subject

Electrical and Electronic Engineering,Aerospace Engineering

Reference21 articles.

1. Greenspan , R. L. Ng , A. Y. Przyjemski , J. M. Veale , J. D. Accuracy of Relative Positioning by Interferometry with Reconstructed Carrier GPS: Experimental Results February 812, 1982

2. Burgett , W. S. Roemerman , S. D. Ward , P. W. The Development and Applications of GPS-Determined Attitude November 1983

3. Performing Centimeter-Level Surveys in Seconds with GPS Carrier Phase: Initial Results;Remondi;NAVIGATION, Journal of The Institute of Navigation,198586

4. Kruczynski , L. R. Li , P. C. Evans , A. G. Hermann , B. R. Using GPS to Determine Vehicle Attitude: USS Yorktown Test Results September 2729, 1989

5. Purcell , Jr. , G. H. Srinivasan , J. M. Young , L. E. DiNardo , S. J. Hushbeck , E. L. , Jr. Meehan , T. K. Munson , T. N. Yunck , T. P. Measurement of Aircraft Position, Velocity, and Attitude Using Rogue GPS Receivers March 1989

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