Research on Time Optimization Algorithm of Aircraft Support Activity with Limited Resources

The required time of aircraft turnaround support activity directly affects the aircraft combat effectiveness. Aiming at the problem that the shortest time of support activity is hard to realize under the limited aircraft support resources conditions, the time optimization algorithm based on Branch and Cut Method (BCM) of the aircraft turnaround support activity is given in this paper. The purpose is to achieve the required shortest time of the aircraft turnaround support activity. The constraints are logical relationship between the limited support personnel and the support jobs. The shortest time process is calculated and compiled into computer program. The time optimal simulation system of aircraft turnaround support activity is designed and developed. Finally, a certain type of aircraft real support job is analyzed. The results show that the calculated result is accurate and reliable. It is in line with the actual security and can provide guidance for aircraft turnaround support and decision-making. The reliability and automation level of support activities are enhanced. It has a good application value in engineering.