On the approximation of the integer least-squares success rate : which lower or upper bound to use ?

@inproceedings{Verhagen2004OnTA,
title={On the approximation of the integer least-squares success rate : which lower or upper bound to use ?},
author={Sandra Verhagen},
year={2004}
}

The probability of correct integer estimation, the success rate, is an important measure when the goal is fast and high precision positioning with a Global Navigation Satellite System. Integer ambiguity estimation is the process of mapping the least-squares ambiguity estimates, referred to as the float ambiguities, to an integer value. It is namely known that the carrier phase ambiguities are integer-valued, and it is only after resolution of these parameters that the carrier phase observations… CONTINUE READING

Optimal success/error rate and its calculation in resolution of integer ambiguities in carrier phase positioning of Global Positioning System (GPS) and Global Navigation Satellite System (GNSS)