KEYWORDS: Quality control, Radar, Associative arrays, Data storage, Data analysis, Environmental monitoring, Data conversion, Wind speed, Statistical analysis, Scientific research
This study aims to improve the online Quality Control (QC) process for Taiwan's Very High-Frequency (VHF) coastal radar system, specifically for ocean current mapping. Implementing a robust multi-level data system ensures the accuracy and reliability of real-time data collected step-by-step for ocean monitoring. The methodology combines automated monitoring, statistical analysis, and manual inspections to classify data quality using several QC measures. These measures are organized into levels, including raw data verification, initial data calibration, and advanced spatial-temporal data integration. This approach enhances the precision of ocean current measurements for maritime navigation, resource management, and scientific research.
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