Position-location solutions by Taylor-series estimation
WH Foy - IEEE transactions on aerospace and electronic …, 1976 - ieeexplore.ieee.org
WH Foy
IEEE transactions on aerospace and electronic systems, 1976•ieeexplore.ieee.orgTaylor-series estimation gives a least-sum-squared-error solution to a set of simultaneous
linearized algebraic equations. This method is useful in solving multimeasurement mixed-
mode position-location problems typical of many navigational applications. While
convergence is not proved, examples show that most problems do converge to the correct
solution from reasonable initial guesses. The method also provides the statistical spread of
the solution errors.
linearized algebraic equations. This method is useful in solving multimeasurement mixed-
mode position-location problems typical of many navigational applications. While
convergence is not proved, examples show that most problems do converge to the correct
solution from reasonable initial guesses. The method also provides the statistical spread of
the solution errors.
Taylor-series estimation gives a least-sum-squared-error solution to a set of simultaneous linearized algebraic equations. This method is useful in solving multimeasurement mixed-mode position-location problems typical of many navigational applications. While convergence is not proved, examples show that most problems do converge to the correct solution from reasonable initial guesses. The method also provides the statistical spread of the solution errors.
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