The threat to the airspace is posed by the outside world in
conventional terms as well as hostilities from within the airspace
such as hijacked aircraft. Alert aircraft are located with the sole
responsibility of responding to any incident. Different regions of
the airspace may have different alert states depending on current
intelligence input. Due to non-constant states of threat level, the
Turkish Air Force must deploy aircraft to cover the more sensitive
regions with a greater number of aircraft with a relatively short
response time. This research deals with the problem by developing a
tool for the location optimization of the alert aircraft. The tool
can adapt to changes in threat anticipation while meeting the
objectives of the alert network. Thus, a new location model with
backup coverage requirements was formulated, and an interactive
tool is developed that is capable of generating the aircraft
locations for different user-defined threat anticipation.
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