Abstract
A method for quickly and accurately determining the integer ambiguities associated with carrier phase measurements on a rigid antenna array is presented. Residuals generated from the difference between the global positioning system measurements and the hypothesized value have been used in the multiple-hypothesis Wald sequential probability test (MHWSPT) to resolve the integer ambiguities. The new technique involves augmenting these residuals with new residuals constructed from the known baseline distances between the antennas in the array. Experimental results using this augmented set of residuals in the MHWSPT demonstrate an approximately eightfold reduction compared to that using only the residual set without augmentation in the time required to determine the integer ambiguities to desired levels of certainty.
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