TSAT moment optimization method based on flight normality
An optimization method and normality technology, applied in the field of flight management, can solve the problems of not considering the situation of the aircraft on the airport flight surface, the flight cannot be executed on time, and the increase of carbon emissions, so as to improve the normality of the flight, reduce the number of waiting times, and improve the efficiency of ground resources. improved effect
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Embodiment 1
[0065] The first step is to obtain the airport's runway clearance capacity table CAPS, the number of queues at the head of the runway N1, the target amount of early block removal N2, the clearance error N3 and the VTT table.
[0066] The second step is to read the flight information of the day, and establish a tsat computing pool and a dobt computing pool, expressed as:
[0067] [tobt≤T now +45min]∈tsat computing pool.
[0068] That is, put the flight whose tobt exists and is less than or equal to the current time +45min into the tsat calculation pool, put the flight whose eobt is less than or equal to the current time +90min and the tobt is greater than the current time +45min and all flights in the tsat calculation pool into the dobt calculation pool .
[0069] The third step is to uniformly adjust the flights on the same runway with the runway as the unit. Set the target start time t0 for the target runway.
[0070] Specifically, in this step, first, the departure time ...
Embodiment 2
[0081] For the estimated release time slot of each calculation target obtained in the eighth step in Example 1, optimize according to the following rules:
[0082] (1) slot-vtt-N1×gap>=tobt;
[0083] (2) ctot
[0084] (3) Any flight with normal clearance and normal departure will still maintain normal clearance and normal departure after optimization;
[0085] Among them, slot_y represents the estimated release time before each calculation target is not optimized in step S5.
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