SOFTWARE IMPLEMENTATION METHODS OF DETECTION AND RESOLUTION OF POTENTIAL CONFLICTS BETWEEN AIRCRAFT
DOI:
https://doi.org/10.18372/2306-1472.56.5417Keywords:
aircraft, algorithm, flight level, potential conflict situation, software implementation, trackAbstract
On a daily basis, on thousands of commercial and military flights, the lives of countless passengers are dependent upon the implementation of safety regulations adopted to protect the public interest. Detecting potential conflict situations – is not only analysis of many factors that occur in a given time, but also a final decision concerning crew of aircraft to change the motion parameters, the timely and proper execution of which will provide a safe distinction aircraft from holding the required minimum separation. А set of algorithms that can identify and resolve a potential conflict situation between the aircraft on counter, trail tracks and intersecting tracks has been developed. The software implementation of methods for the determination and resolution of potential conflict situations between aircraft has been madeReferences
Annex 11 to the Convention on International Civil Aviation. Air Traffic Services. 13th ed. Montreal, ICAO. 2001. Including Amendment 1 - 46. P.104 (in Russian).
Doc 4444-ATM/501. Air Traffic Procedures for Air Navigation Services. 15th ed. Montreal, ICAO. 2007. Including Amendment 1 - 5. P. 428 (in Russian).
Kharchenko, V.P.; Argunov, G.F. 2010. Conflict situations in air traffic management system: studies. handbook. Kyiv, Book Publishing House NAU. 172 p. (in Ukrainian).
Terms of aircraft operations and air traffic in the airspace classified Ukraine. Order of the Ministry of Transport of Ukraine of 16.04.2003 was, N 293 as amended by the order of Ministry of Transport of Ukraine of 31.01.2004, N 62. (registered with the Ministry of Justice of Ukraine 23.02.2004, № 238/8837) // Official Herald of Ukraine. 2003. N 18 (in Ukrainian).
