This paper investigates the performance of CORS in UAV mapping in the State of Sarawak, Malaysia. The location of the study area is near equatorial, which is heavily affected by the troposphere conditions. As Sarawak moves into using a geocentric datum from a topocentric datum, no study has been conducted on the performance of CORS in UAV mapping. The dependency on coordinates obtained from the topocentric datum is still widely used for UAV missions. This study analyses the comparative differences contributing to the distance-dependent factor and attempts to tabulate the mapping applications that can be used based on the outcomes.

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Assessing the Performance of Continuous Operating Reference Station (CORS) in UAV Mapping

  • Bakeri Samsudin,
  • Sulaiman Budin,
  • Mickcy Mandang Anak Morgan,
  • Siti Hayatunissa Saminan,
  • Dzuren Hamzah,
  • Wan Anom Wan Aris

摘要

This paper investigates the performance of CORS in UAV mapping in the State of Sarawak, Malaysia. The location of the study area is near equatorial, which is heavily affected by the troposphere conditions. As Sarawak moves into using a geocentric datum from a topocentric datum, no study has been conducted on the performance of CORS in UAV mapping. The dependency on coordinates obtained from the topocentric datum is still widely used for UAV missions. This study analyses the comparative differences contributing to the distance-dependent factor and attempts to tabulate the mapping applications that can be used based on the outcomes.