References
1. He SUN, Yueru CAI, Wei ZHOU (2016) Prediction of aircraft multi-machine flight conflict
status. Comput Simul 33(6):59
2. Qifeng Q (2010) Research on anti-collision strategy in air traffic management. Southwest
Jiaotong University, Chengdu
3. Minggong W, Zekun W, Xiangxi W (2019) Geometric optimization model for flight conflict
relief. Syst Eng Electr
4. Chen Z (2016) Technical challenges faced by future air traffic control system development.
Command Inf Syst & Technol 7(6):1–5
5. Yan Y, Cao G (2018) Operational concepts and key technologies of next generation air
traffic management system. Command Inf Syst & Technol 9(3):8–17
6. Reich PG (1966) Analysis of long-range air traffic system: separation standards. J Ins Navig
19(1, 2, 3)
7. Aurenhammer F (1991) Voronoi diagrams—a survey of fundamental geometric data
structure. ACM Comput Surveys 23(3):9
8. Anderson D, Lin XG (1996) Collision risk model for a crossing track separation
methodology. J Navig 49(2):337–349
9. Mao ZH, Feron E, Bilmoria K (2000) Stability of intersecting aircraft flows under
decentralized conflict avoidance rules. In: AIAA guidance navigation and control
conference, Denver, CO, pp 14–17
10. Air Traffic Control Committee of the Central Military Commission of the State Council
(2002) Flight Interval Standard 5, 31
11. ICAO (1998) Handbook on airspace planning methods for determining interval standards.
ICAO document, Doc. 9689-AN/953
12. Bicchi A, Marigo A, Pappas G, Pardini M, Parlangeli G, Tomlin C, Sastry S (1998)
Decentralized air traffic management systems: performance and fault tolerance. In:
Proceedings IFAC workshop on motion control
13. Li P (2013) Research on the detection and release strategy of flight conflicts. China Civil
Aviation Flight Academy
14. Zhang A (2018) Research on simulation technology of TCASII collision avoidance model.
China Civil Aviation College
15. Luo WT, Zhao ZR, Zhang DY (2011) Investigation of aircraft collision avoidance and early
warning algorithm based on ADS-B. Control Eng China 4:559–563
Flight Conflict Detection and Resolution Based on Digital Grid
479
1. He SUN, Yueru CAI, Wei ZHOU (2016) Prediction of aircraft multi-machine flight conflict
status. Comput Simul 33(6):59
2. Qifeng Q (2010) Research on anti-collision strategy in air traffic management. Southwest
Jiaotong University, Chengdu
3. Minggong W, Zekun W, Xiangxi W (2019) Geometric optimization model for flight conflict
relief. Syst Eng Electr
4. Chen Z (2016) Technical challenges faced by future air traffic control system development.
Command Inf Syst & Technol 7(6):1–5
5. Yan Y, Cao G (2018) Operational concepts and key technologies of next generation air
traffic management system. Command Inf Syst & Technol 9(3):8–17
6. Reich PG (1966) Analysis of long-range air traffic system: separation standards. J Ins Navig
19(1, 2, 3)
7. Aurenhammer F (1991) Voronoi diagrams—a survey of fundamental geometric data
structure. ACM Comput Surveys 23(3):9
8. Anderson D, Lin XG (1996) Collision risk model for a crossing track separation
methodology. J Navig 49(2):337–349
9. Mao ZH, Feron E, Bilmoria K (2000) Stability of intersecting aircraft flows under
decentralized conflict avoidance rules. In: AIAA guidance navigation and control
conference, Denver, CO, pp 14–17
10. Air Traffic Control Committee of the Central Military Commission of the State Council
(2002) Flight Interval Standard 5, 31
11. ICAO (1998) Handbook on airspace planning methods for determining interval standards.
ICAO document, Doc. 9689-AN/953
12. Bicchi A, Marigo A, Pappas G, Pardini M, Parlangeli G, Tomlin C, Sastry S (1998)
Decentralized air traffic management systems: performance and fault tolerance. In:
Proceedings IFAC workshop on motion control
13. Li P (2013) Research on the detection and release strategy of flight conflicts. China Civil
Aviation Flight Academy
14. Zhang A (2018) Research on simulation technology of TCASII collision avoidance model.
China Civil Aviation College
15. Luo WT, Zhao ZR, Zhang DY (2011) Investigation of aircraft collision avoidance and early
warning algorithm based on ADS-B. Control Eng China 4:559–563
Flight Conflict Detection and Resolution Based on Digital Grid
479