The phrase "airport performance" is correct and usable in written English.
It can be used when discussing the efficiency, effectiveness, or operational metrics of an airport.
Example: "The recent report highlighted significant improvements in airport performance, particularly in passenger processing times."
Alternatives: "airport efficiency" or "airport operations effectiveness".
Despite the rich experience in both models and tools for airport performance analysis, existing models and tools address only fragmented parts of the airport decision-making process.
In the second case, EMA is combined with a hybrid model for airport performance calculations to develop an adaptive strategic plan.
The airport decision-making process is further perplexed by the large number of stakeholders having different, and sometimes conflicting, objectives regarding the assessment of the airport performance.
The objective of this paper is threefold: (i) to introduce the concept of total airport performance analysis, (ii) to describe the development of a Decision Support System capable of performing integrated airport analysis, and (iii) to demonstrate the capabilities of this Decision Support System by analyzing a real-world airport planning case of the Athens International Airport.
As part of this framework, airport performance is considered to have an impact on the entire ATM system performance, as airports make up the fixed nodes on which the ATM system is built (Ball et al. 2007; PRC 2009).
This novel combination makes it possible to have a comprehensive evaluation of airports' performance.
Over the years, he lobbied to make airports, performance halls and libraries accessible to those in wheelchairs.
Therefore, there is a need for a generic decision support tool that will incorporate sufficient level of detail for assessing airport terminal performance.
"By calling on an independent assessor to scrutinise the airport's performance against these limits, we are providing an uncompromising assurance that we will operate Heathrow airport within the limits laid down by government.
To bridge this gap, a mesoscopic model for airport terminal performance analysis has been developed, that strikes a balance between flexibility and realistic results, adopting a system dynamics approach.
Other important factors are airport features, performance limitation, flight conditions, seasonality of demand, time of traveller schedule, frequency of flights and dynamic route networks [32, 24].
