| Function | Airport KPIs | |||||||
| Description | The airport KPIs tool permits a user to obtain KPIs for both A-CDM and non A-CDM airports | |||||||
| Access | Workspace > KPIs > Airport Dashboard KPI | |||||||
| Input | Aerodrome(s) | One or more Aerodrome ICAO Identifiers separated by a space or comma | ||||||
| Mode | Variability or Delay | |||||||
| Many of the KPI tools offer a mode parameter -
which can take a value of either VARIABILITY or DELAY. The difference between
these 2 values is best explained through an example. Consider, 2 flights – one arriving 5 minutes early and one arriving 5 minutes late. When computing an “arrival KPI” we could either say – • On average, the delay was zero ( (-5 + 5) / 2) • On average, the variability was 5 minutes (i.e. ( |-5| + |5|) / 2) In other words, variability determines the average error in terms of magnitude, ignoring if values are actually –five and +five. Delay on the other hand, does care about the sign of values (-five or +five). |
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| Auto Refresh Mode | never, every 30s, min, 2 min, 3 min, 4 min, 5 min | |||||||
| Past (In min) | With reference to [Go] how may minutes to look in the past | |||||||
| Future (In min) | With reference to [Go] how may minutes to look forward | |||||||
| Output | The tool will perform a B2B query, obtaining the flights arriving/departing for a time period of [-2h, +1h], and then compute a number of KPIs. Most of the KPIs are related to flight departures, with only 2 related to arrivals. | |||||||
| If the airport is an A-CDM airport then a full
set of departure KPIs are shown – • ATFM DLY (Past) For departed regulated flights, determine the average delay value (CTOT-ETOT) • ATFM DLY (Future) For future departing regulated flights, determine the average delay value (CTOT-ETOT) • APT DLY(Past) For departed non-regulated flights, determine the average (T-DPI_s TTOT – ETOT) • APT DLY(Future) For future departing non-regulated flights, determine the average (T-DPI_s TTOT – ETOT) • ATOT – ETOT For departed non-regulated flights, determine the average take off ‘imprecision’ • ATOT – CTOT For departed regulated flights, determine the average take off ‘imprecision’ • ATOT – T_DPIs For departed flights determine the average ‘imprecision’ of the ATC pre-sequenced TTOT • ATOT – A-DPI For departed flights determine the average ‘imprecision’ of the last TTOT (given after push-back) In non-CDM airports, only the following subset of departure KPIs are given – • ATFM DLY (Past), ATFM DLY (Future), ATOT – ETOT, ATOT – CTOT In all airports (A-CDM or not) the following arrival KPIs are shown – • ATA – ETA For arrived non-regulated flights, determine the average arrival ‘imprecision’ • ATA - CTA For arrived regulated flights, determine the average arrival ‘imprecision’ T_DPI_s : The message containing the flight TSAT and TTOT, following ATC pre-sequencing |
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This is the Network Performance Monitoring pzge developed by EUROCONTROL SESAR Network Research and Development to explain the features and possibilities of the NetPerf tool to improve situation awareness for Dynamic Demand Capacity Balancing. This is not an official EUROCONTROL page but provides a reference for all stakeholders in ATFCM Air Traffic Flow and Capacity Management to achieve a better understanding of Network Performance.
Airport A-CDM KPIs
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