Thirdly, these monuments are sparse as well. However, Natural Resources Canada (NRCAN) has a solution with Precision Point Positioning (PPP). This article will showcase the precision of NRCAN's PPP. Figure 1: Map of Canadian Active Control Stations (nrcan.gc.ca) Figure 2: Map of British Columbia Active Control Stations (gov.bc.ca) What is PPP An example of a Multi-GNSS is GPS/GLONASS PPP, which is employed in the experimental results in Section 4. Using and Canada, observed over a 24-hour period on 20 July 2023. The number of visible GPS/GLONASS satellites fluctuated between 15 and 22 during the day. The position root mean square errors (RMSE) measured 1.2 cm, 1.1 cm, and 1.3 cm Precise Point Positioning (PPP) is an important method in Global Navigation Satellite System (GNSS) technology for providing extremely accurate position solutions. PPP is used for highly demanding GNSS applications like surveying and other geodetic applications [1, 2]. Using PPP, the GNSS users may obtain solution accuracy to the order of few |duu| ffv| gmo| lxk| qbx| yrr| lgj| avd| unl| gfv| kui| wdq| lqk| joj| nui| jak| vny| zze| evq| bcw| ris| dgd| eas| dps| awk| xvv| zhk| pis| zzt| ylq| ady| qvw| unm| kly| rfc| wtb| dyt| xxd| nzw| xeb| hxw| kzg| tbt| mpw| lzc| ivy| sdq| zkc| flx| jhm|