Overview and Suggestions on the Construction of China's Low Altitude Flight Service Guarantee System

Authors

  • Fei Yao
  • Xin An
  • Meijie He
  • Fangdong Li
  • Xian Shan

DOI:

https://doi.org/10.54097/ajst.v3i3.2934

Keywords:

Low altitude flight service support, Low-altitude airspace, ADS-B technology, Beidou Satellite Navigation Technology.

Abstract

The construction of low-altitude flight service system is the basis to promote the development of the navigation industry and the necessary condition to ensure the "two wings fly together" of transport aviation and general aviation. At this stage, the construction of our flight service guarantee system is relatively lagging behind and cannot meet the urgent need of opening low-altitude airspace. This paper first introduces the basic concepts and related policies of the low-altitude flight service guarantee system, analyses the current situation of the low-altitude flight service guarantee system construction in China, and puts forward the requirements and design ideas of the low-altitude flight service guarantee system construction. Next, it analyses the operation management process of low-altitude flight service and summarizes the key technologies of low-altitude flight service support. Finally, a low-altitude flight service support information platform is innovatively designed. This paper studies and improves the theory of low-altitude flight service guarantee system construction, and provides some support for China's low-altitude airspace opening.

References

Xie Ying. Thoughts on the construction of low altitude flight service system -- from the perspective of flight service station construction [J]. Civil Aviation Management, 2022 (05): 39-42.

Yao Fei, Quartz, Gao Xingzhao. Research on Current Situation and Countermeasures of Henan General Aviation Flight Service [J]. Management Engineer, 2018,23 (05): 6-12.

Gao Zhihong. Historical Changes and Future Orientation of China's Low Altitude Airspace Management System Reform [J] Journal of Hainan University: Humanities and Social Sciences Edition, 2019, 37 (1): 40-47.

Wang Yu. Construction and operation method of a class A general aviation flight service station [J]. Information System Engineering, 2022 (05): 108-111.

Su Tao. Research on Key Technologies of General Aviation Operation Management and Information Service [D]. China Civil Aviation Flight Academy, 2017.

Wang Yijian. Research on the Construction of Low Altitude Communication Monitoring Network in Zhejiang Province [J]. Air Transport Business, 2021 (05): 61-63.

Wu Hongjun, Xing Hongyan, Zhang Jinyu. Low altitude flight safety meteorological support technology [J]. Electronic measurement technology, 2018, 41 (09): 10-15.

Chi Jin. Simulation Research on Civil Aircraft Flight Plan Management System [D]. Xiamen University, 2020.

Song Jia. Research on Management System of General Aviation Low Altitude Flight Service in Hainan Free Trade Port [D]. Hainan University, 2021.

Earney F. Lasten et al. Measurement of traveler expectations versus service gaps — The case of general aviation services in Aruba[J]. Tourism Management Perspectives, 2014, 12 : 68-70.

Yao Fei, Wang Jun, Xie Kaicheng, Li Guangchun, Shan Xian. Research on Multi-machine Conflict Resolution and Route Planning Based on ADS-B IN [J]. Fire and Command and Control, 2022,47 (01): 65-79.

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Published

21 November 2022

How to Cite

Yao, F., An, X., He, M., Li, F., & Shan, X. (2022). Overview and Suggestions on the Construction of China’s Low Altitude Flight Service Guarantee System. Academic Journal of Science and Technology, 3(3), 185–190. https://doi.org/10.54097/ajst.v3i3.2934

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Section

Articles