Undoubtedly, GNSS holds a privileged position in the categorization of geospatial observation techniques. As if that weren't enough, GNSS has incorporated inertial sensors for topographic operations, capable of determining the full pose of antennas. Furthermore, significant improvements have been observed in real-time processing engines, which has led to unprecedented productivity in the industry without sacrificing accuracy.
All of this is now available in Trimble R12i. Discover the new features of this line of GNSS receivers and deepen your knowledge with the help of GEOCOM experts.
CALAMA | WEDNESDAY, MAY 11 | 09:00 AM TO 05:00 PM | MANZANA 1 SITIO 6, PUERTO SECO (CAMINO A CHIU-CHIU) - CALAMA | EMPRESA A.Q.C
GALLERY:
PROGRAM
 |
Contribution of GPS+GLO+GAL+BDS |
|
Trimble ProPoint: how important is the processing engine? |
|
Trimble Inertial Platform: how does an inertial sensor work? |
|
Trimble RTX: real-time GNSS observations without a base station |
|
xFill: covering areas where UHF radio does not reach |
|
WebUI application for drones |
INSTRUCTOR: Ariel Silva | Geocom Support and Presales Manager
Geomatics Engineer and Master in Geomatics with experience in the application of geodesy, topography, and photogrammetry in engineering works. He has worked in the mining industry directly in the operation of open-pit mines, as well as in academia as a professor at several higher education institutions related to geomensura and geomatics, specializing in the adjustment of terrestrial and satellite geodetic observations.
Compartir:
Trimble Business Center Workshop | Calama and Antofagasta
Free Workshop | UAS Technology - La Serena