Development of processing models for Multi-Constellation/Multi-Frequency GBAS

The primary aim of this thesis is to determine an optimum processing methodology for Dual Constellation (GPS and Galileo) and Dual Frequency GBAS, thus resolving the challenges this presents. The thesis is performed within the scope of SESAR WP 15.3.7 and more precisely sub-task 3.6 of this work package on the subject of measurement processing. SESAR WP 15.3.7 is a SESAR Joint Undertaking funded project consisting of major European industry and research institutes.