Development and testing of augmentations of continuously-operating GPS networks to improve their spatial and temporal resolution. UNISURV S-63, The University of New South

i Continuously-operating networks of GPS receivers (CGPS) are not capable of determining the characteristics of crustal deformation at the fine temporal or spatial scales required. Four ‘temporal densification schemes ’ and two 'spatial densification schemes ' to augment the CGPS networks have been developed and tested. The four ‘temporal densification schemes ’ are based on the high rate Real-Time Kin matic (RTK) GPS technique, GPS multipath effects, Very Long Baseline Interferometry (VLBI