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What value can optimization bring on the day of operation?
The main benefit from introducing optimization is that it provides control. The controller’s role is changed from simply reacting to individual alerts to being in control of the consequences of different recovery strategies. The optimizer can also be used proactively to find good recovery strategies. For example to identify suitable cancellation candidates where passengers can be re-accomodated with only minor inconvenience.

The optimizer evaluates the possible solution strategies and provides effective means for comparing the different solutions.

How can the optimization help us with major problems, such as a closed hub?
By solving the entire problem, rather than trying to solve each sub-problem separately, it is possible to evaluate the full effect of a solution strategy before applying it. Recovery optimization focuses on specific properties such as the overall number of changes, the time to recover to original patterns, cost impacts, passenger disturbances etc. You can also combine a number of passengers re-booked to other carriers and total weighted delays based on passenger value.

How can the Carmen Passenger Recovery system work in an environment of continuous change?
The most important factor is that Carmen Passenger Recovery is very fast. Major changes are unlikely to occur while the optimizer is running. However, if changes do occur which makes parts of the solution invalid, you have three options: accept part of the solution and repair it manually, accept part of the solution and repair it with Carmen Passenger Recovery, or reject the solution in its entirety and start a new optimization job.


 


If you any questions about the Carmen Passenger Recovery, please contact us at [email protected]


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