Research Article
An Approach for Three-Dimensional Sectorization in the Terminal Area Based on Airspace Function
Input: Energy Objective | Output: the optimal solution | 1: Set initial temperature | 2: generate an initial solution | 3: initiate control parameters | 4: | 5: calculate initial objective , set | the stopping criterion | 6: whiledo | 7: | neighbor selecting | 8: calculate | 9: calculate the acceptance probability | 10: ifthen | 11: move to the new solution: | 12: end if | 13: ifthen | 14: | 15: end if | 16: | 17: Transform Function(): | 18: input: solution | 19: output: new neighbor solution | 20: for each sector indo | 21: randomly adjust vertical range and horizontal range within (-3,3) | 22: check the legality of new solution | 23: if legal then | 24: return | 25: else | 26: apply adjust rules to |
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