An ever-increasing number of demanding travelers are driving new challenges for all organizations dealing everyday with airports. Terminals, handling and flights are few examples of operations that need to be streamlined to improve the traveling experience within constrained infrastructures capacity. When it comes to changes into the airport operative procedures, simulation helps with risks and opportunities assessment before to execute new projects.

Mathematical optimization and simulation

When the most advanced simulation systems are coupled with mathematical optimization you can achieve the best results, for example in terms of performance, risks and SLA.
Whether your goal is to implement business projects with success, with ACT Operations Research products suite based on forecasting, dynamic simulation, optimization algorithms and process control techniques you can.

Airports sub-segments

Passenger terminal simulation

• Service Level Assessment (Quality Management)
• Resource Availability and Capacity
• Passenger Flow and Volume Research
• Location Valuation

Baggage Handling Simulation

• Functionality and Capacity Analysis
• Baggage Security Integration
• Disposition Support

Flight Schedule Prognosis

• Flight Schedule Analysis
• User-defined Schedule Expansion

Airport Master Planning

• Planning Manager
• Resource Requirement Analysis
• Dynamic Capacity Research
  

ACT Operations Research' references

At ACT Operations Research we have been working with top performing players in the airport segment through direct and indirect engagements providing customers with proprietary and third parties technologies

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ACT Operations Research products portfolio for the airport segment:

• ARENA Simulation and SIMIO: the world's leading simulation software applications.
  

ACT Operations Research offering includes SAS' powerful analytical and statistical tools which integrate with ACT Operations Research' optimization and forecasting engines.
ACT Operations Research provides customers with specialist support by building bespoke simulation models and state-of-art math optimization algorithms.