Given a set of flights to be flown for a specific aircraft type, with specified maintenance
locations, durations, and needed frequency, the aircraft rotation problem is to determine the …

Time constrained routing and scheduling is of significant importance across land, air and
water transportation. These problems are also encountered in a variety of manufacturing …

The fleet assignment problem (FAP) deals with assigning aircraft types, each having a
different capacity, to the scheduled flights, based on equipment capabilities and …

Regional air mobility refers to the transportation of passengers aboard small aircraft over
short distances. These operations are challenging due to low passenger volumes …

Airline crew scheduling algorithms widely used in practice assume no disruptions. Because
disruptions often occur, the actual cost of the resulting crew schedules is often greater. We …

Recognizing that allowing variability in scheduled flight departure times can result in
improved flight connection opportunities and a more cost effective fleet assignment, we …

This paper will introduce a special kind of logistics management problem which exists in the
car rental industry. Revenue management conception has been used for reference in the car …

We present a memetic approach for multi-objective improvement of robustness influencing
features (called robustness objectives) in airline schedules. Improvement of the objectives is …

We present a stochastic model of the daily operations of an airline. Its primary purpose is to
evaluate plans, such as crew schedules, as well as recovery policies in a random …

We present an advanced model for the formulation and solution of large scale fleet
assignment problems that arise in the scheduling of air transportation. Fleet assignment …