E AMDAR QEvC Update: Evaluating Measured Variables and Code Issues
This update covers the evaluation process for measured variables such as position, time of observation, and timeliness, as well as code issues related to TA, FF, and DD reference. The HIRLAM system is used for high precision in time and space, with an automated process for daily checks and evaluation, supplemented by manual review. Position is measured and recorded manually, with X and Y at the airport before and after flight, and Z using QNH control. Code issues are evaluated manually, with FM42 code being used for E AMDAR but not always uniformly across all systems. Evaluation also covers altitude vs. pressure altitude, and T dew vs. mixing ratio.
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About E AMDAR QEvC Update: Evaluating Measured Variables and Code Issues
PowerPoint presentation about 'E AMDAR QEvC Update: Evaluating Measured Variables and Code Issues'. This presentation describes the topic on This update covers the evaluation process for measured variables such as position, time of observation, and timeliness, as well as code issues related to TA, FF, and DD reference. The HIRLAM system is used for high precision in time and space, with an automated process for daily checks and evaluation, supplemented by manual review. Position is measured and recorded manually, with X and Y at the airport before and after flight, and Z using QNH control. Code issues are evaluated manually, with FM42 code being used for E AMDAR but not always uniformly across all systems. Evaluation also covers altitude vs. pressure altitude, and T dew vs. mixing ratio.. The key topics included in this slideshow are E AMDAR, QEvC, measured variables, code issues, HIRLAM,. Download this presentation absolutely free.
