Citation
BibTeX citation:
@inproceedings{zhang2024,
author = {Zhang, Zhaoning and Fan, Yuying and Liu, Jimin},
editor = {Masson, Dimitri},
publisher = {INCOSE},
title = {Multi-Temporal {Operational} {Efficiency} {Evaluation} of
{Approach} {Control} {System} {Based} on {VIKOR}},
booktitle = {Proceedings International Conference on Human Systems
Integration},
volume = {3},
date = {2024-08-29},
url = {https://hsi-wg.github.io/conferences/HSI2024/proceedings/multi-temporal-operational-efficiency-evaluation-of-approach-control-system-based-on-vikor.html},
doi = {10.65351/hsi24.020},
langid = {en},
abstract = {The efficient operation of approach control system is one
of its main tasks. The operational efficiency of the approach
control system needs to be evaluated. Firstly, based on the analysis
of the operational process of the approach control system, the
influencing factors of the operational efficiency are considered
from three aspects, namely, controllers’ workload, airspace
utilization rate and degree of flight delay. Using the fishbone
diagram analysis method, the main efficiency influencing factors are
concluded from the aspect of man-machine-environment-management.
Then, the evaluation index system of the operational efficiency of
the approach control system is designed. On this basis, a
multi-period operational efficiency evaluation model of the approach
control system is established based on VIKOR. Finally, the
operational efficiency of the Xiamen Air Traffic Control Station
operational system is evaluated as an example which validate the
feasibility of the model.}
}
For attribution, please cite this work as:
Zhang, Zhaoning, Yuying Fan, and Jimin Liu. 2024. “Multi-Temporal
Operational Efficiency Evaluation of Approach Control System Based on
VIKOR.” In Proceedings International Conference on Human
Systems Integration, edited by Dimitri Masson. Vol. 3. INCOSE. https://doi.org/10.65351/hsi24.020.