| Abstrakt: |
The article explores GPS correction methods and the determination of precise location. It discusses the various factors that can cause inaccuracies and delays in GPS signals. Three GPS correction methods are explained, each with its own advantages and considerations. The article highlights Point One Navigation's GPS correction solution, Polaris, which eliminates the need for managing base stations. It also discusses the challenges of globally georeferencing LiDAR scans and presents Point One Navigation's tech stack for building accurate maps efficiently. The article suggests that these advancements in GPS and LiDAR technology open up opportunities for innovation in fields like path planning and progress monitoring. It mentions the use of sensor data in open pit mines and the accessibility of LiDAR technology for hobbyists. The importance of making technological advancements accessible to developers in the geospatial industry is emphasized, along with recent advancements in GNSS solutions. [Extracted from the article] |
