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2020 | OriginalPaper | Chapter

6. Recommendations for the Application of the Proposed Technical Solutions in the Satellite-Based Landing Systems and Collision Avoidance Systems

Authors : Baburov S.V., Bestugin A.R., Galyamov A.M., Sauta O.I., Shatrakov Y.G.

Published in: Development of Navigation Technology for Flight Safety

Publisher: Springer Singapore

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Abstract

This chapter describes the principles of constructing aviation onboard navigation and information systems using GNSS technologies, their functions, and technical characteristics on examples of specific equipment samples.

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Literature
1.
go back to reference Sauta OI (2011) Use of satellite navigation information to improve the efficiency of armament. Interuniversity Scientific and Technical Seminar. Abstracts of the report. Mikhailov Military Artillery Academy (in Russian) Sauta OI (2011) Use of satellite navigation information to improve the efficiency of armament. Interuniversity Scientific and Technical Seminar. Abstracts of the report. Mikhailov Military Artillery Academy (in Russian)
2.
go back to reference Ageeva VM, Pavlova NV (1990) Aircraft instrumentation complexes and their design. In: Petrov VV (ed). Mechanical Engineering, Moscow, 432 p (in Russian) Ageeva VM, Pavlova NV (1990) Aircraft instrumentation complexes and their design. In: Petrov VV (ed). Mechanical Engineering, Moscow, 432 p (in Russian)
3.
go back to reference US Patent No. 6 983 206B2, Cl. G08B 23/00, application of 15.05.2003, publ. on 03.01.2006 US Patent No. 6 983 206B2, Cl. G08B 23/00, application of 15.05.2003, publ. on 03.01.2006
4.
go back to reference Babich OA (1981)Aviation instruments and navigation systems. Approved by the commander-in-chief of the Air Force as a textbook for students of Air Force engineering universities: Zhukovsky Air Force Engineering Academy, 348 p (in Russian) Babich OA (1981)Aviation instruments and navigation systems. Approved by the commander-in-chief of the Air Force as a textbook for students of Air Force engineering universities: Zhukovsky Air Force Engineering Academy, 348 p (in Russian)
5.
go back to reference Kalashnikov VS, Kuklev EA, Razumov AV, Olyanyuk PV, Sauta OI (2012) Principles of construction of onboard navigation and information systems (in Russian) Kalashnikov VS, Kuklev EA, Razumov AV, Olyanyuk PV, Sauta OI (2012) Principles of construction of onboard navigation and information systems (in Russian)
6.
go back to reference Kalashnikov VS, Kuklev EA, Olyanyuk PV, Plyasovskikh AP, Sauta OI (2012) Recommendations on the integrated use of satellite technologies in control systems for precision weapons and unmanned aerial vehicles (in Russian) Kalashnikov VS, Kuklev EA, Olyanyuk PV, Plyasovskikh AP, Sauta OI (2012) Recommendations on the integrated use of satellite technologies in control systems for precision weapons and unmanned aerial vehicles (in Russian)
7.
go back to reference Sauta OI (1991) Use of SRNS beacons to support instrument approaches. In: Proceedings of the XI industry scientific and technical conference of the Ministry of Radioelectronic Industry, Leningrad, VNIIRA, pp 67–76 (in Russian) Sauta OI (1991) Use of SRNS beacons to support instrument approaches. In: Proceedings of the XI industry scientific and technical conference of the Ministry of Radioelectronic Industry, Leningrad, VNIIRA, pp 67–76 (in Russian)
8.
go back to reference Standards for Processing Aeronautical Data. RTCA DO-200A. Radio Technical Commission for Aeronautics, 2005 Standards for Processing Aeronautical Data. RTCA DO-200A. Radio Technical Commission for Aeronautics, 2005
9.
go back to reference Operation manual. Differential data reception and conversion equipment. DDRE.NGTK.461534.001 RE. St.-Petersburg, VNIIRA-Navigator, 2006 (in Russian) Operation manual. Differential data reception and conversion equipment. DDRE.NGTK.461534.001 RE. St.-Petersburg, VNIIRA-Navigator, 2006 (in Russian)
10.
go back to reference Baburov VI, Ponomarenko BV (2005) Principles of integrated onboard avionics. S.-Pb., Publ. House “Agency RDK-Print”, 448 p (in Russian) Baburov VI, Ponomarenko BV (2005) Principles of integrated onboard avionics. S.-Pb., Publ. House “Agency RDK-Print”, 448 p (in Russian)
11.
go back to reference Qualification requirements “Onboard equipment for satellite navigation” QR-34–01, 4th edn. Interstate Aviation Committee, 2011 (in Russian) Qualification requirements “Onboard equipment for satellite navigation” QR-34–01, 4th edn. Interstate Aviation Committee, 2011 (in Russian)
12.
go back to reference Baburov VI, Volchok JG, Galperin TB, Gubkin SV, Dolzhenkov NN, Zavalishin OI, Kupchinsky EB, Kushelman VY, Sauta OI, Sokolov AI, Jurchenko JS (2008) Airplane landing method using a satellite navigation system and a landing system based thereon. Patent No. RU 2 331 901, publ. 20.08.2008, Bul. No. 23 (in Russian) Baburov VI, Volchok JG, Galperin TB, Gubkin SV, Dolzhenkov NN, Zavalishin OI, Kupchinsky EB, Kushelman VY, Sauta OI, Sokolov AI, Jurchenko JS (2008) Airplane landing method using a satellite navigation system and a landing system based thereon. Patent No. RU 2 331 901, publ. 20.08.2008, Bul. No. 23 (in Russian)
13.
go back to reference Baburov VI, Volchok YuG, Galperin TB, Gubkin SV, Sauta OI, Sokolov AI, Jurchenko YuS (2010) Airplane landing method using a satellite navigation system and a landing system based thereon. Patent No. RU 2 385 469, publ. 27.03.2010, Bul. № 9 (in Russian) Baburov VI, Volchok YuG, Galperin TB, Gubkin SV, Sauta OI, Sokolov AI, Jurchenko YuS (2010) Airplane landing method using a satellite navigation system and a landing system based thereon. Patent No. RU 2 385 469, publ. 27.03.2010, Bul. № 9 (in Russian)
14.
go back to reference Baburov VI, Volchok YuG, Galperin TB, Gubkin SV, Sauta OI, Sokolov AI, Chistyakova SS, Jurchenko YuS (2009) Airplane landing method using a satellite navigation system and a landing system based thereon// Patent No. RU 2 371 737, publ. 27.10.2009, Bul. № 30 (in Russian) Baburov VI, Volchok YuG, Galperin TB, Gubkin SV, Sauta OI, Sokolov AI, Chistyakova SS, Jurchenko YuS (2009) Airplane landing method using a satellite navigation system and a landing system based thereon// Patent No. RU 2 371 737, publ. 27.10.2009, Bul. № 30 (in Russian)
15.
go back to reference Baburov VI, Volchok YuG, Galperin TB, Gubkin SV, Ivantsevich NV, Sauta OI, Sokolov AI, Chistyakova SS, Jurchenko YuS (2010) Satellite radio navigation landing system using pseudo-satellites. Patent No. RU 2 439 617, publ. 10.01.2012, Bul. № 1 (in Russian) Baburov VI, Volchok YuG, Galperin TB, Gubkin SV, Ivantsevich NV, Sauta OI, Sokolov AI, Chistyakova SS, Jurchenko YuS (2010) Satellite radio navigation landing system using pseudo-satellites. Patent No. RU 2 439 617, publ. 10.01.2012, Bul. № 1 (in Russian)
16.
go back to reference Baburov VI, Galperin TB, Gerchikov AG, Ivantsevich NV, Sayuta OI, Sokolov AI, Chistyakova SS, Jurchenko YuS (2012) Complex method of aircraft navigation. Application No. 2012136399, priority of 17.08.2012 (in Russian) Baburov VI, Galperin TB, Gerchikov AG, Ivantsevich NV, Sayuta OI, Sokolov AI, Chistyakova SS, Jurchenko YuS (2012) Complex method of aircraft navigation. Application No. 2012136399, priority of 17.08.2012 (in Russian)
17.
go back to reference Sauta OI (1986) Obtaining estimates of statistical characteristics of SRNS measurements on the approach trajectories. ChTP, State reg. No. I-85628 (in Russian) Sauta OI (1986) Obtaining estimates of statistical characteristics of SRNS measurements on the approach trajectories. ChTP, State reg. No. I-85628 (in Russian)
18.
go back to reference Baburov VI, Volchok YuG, Galperin TB, Gubkin SV, Maslov AV, Sauta OI (2007) A Method for preventing an aircraft collision with a terrain relief and a device based thereon. Patent No. RU 2 301 456, publ. on 06.20.2007, Bul. No. 17 (in Russian) Baburov VI, Volchok YuG, Galperin TB, Gubkin SV, Maslov AV, Sauta OI (2007) A Method for preventing an aircraft collision with a terrain relief and a device based thereon. Patent No. RU 2 301 456, publ. on 06.20.2007, Bul. No. 17 (in Russian)
19.
go back to reference Baburov VI, Volchok YuG, Galperin TB, Gubkin SV, Maslov AV, Sauta OI (2009) Method for preventing aircraft and helicopter collisions of with terrain and a device based thereon. Patent No. RU 2 376 645, publ. on 20.12.2009, Bul. No. 35 (in Russian) Baburov VI, Volchok YuG, Galperin TB, Gubkin SV, Maslov AV, Sauta OI (2009) Method for preventing aircraft and helicopter collisions of with terrain and a device based thereon. Patent No. RU 2 376 645, publ. on 20.12.2009, Bul. No. 35 (in Russian)
20.
go back to reference Baburov VI, Volchok YuG, Galperin TB, Gubkin SV, Maslov AV, Sauta OI (2011) Method of notification of the aircraft location relative to the runways during the approach. Patent No. RU 2 410 753, publ. on 01/27/2011, Bul. No. 3 (in Russian) Baburov VI, Volchok YuG, Galperin TB, Gubkin SV, Maslov AV, Sauta OI (2011) Method of notification of the aircraft location relative to the runways during the approach. Patent No. RU 2 410 753, publ. on 01/27/2011, Bul. No. 3 (in Russian)
21.
go back to reference Baburov VI, Volchok YuG, Galperin TB, Gubkin SV, Maslov AV, Sauta OI, Rogova AA (2011) Method of notification of the aircraft location relative to the runways during the approach and roll-on operation. Positive decision on granting a patent following the application for an invention No. 2011113706/11 (020353), priority of 04/04/2011 (in Russian) Baburov VI, Volchok YuG, Galperin TB, Gubkin SV, Maslov AV, Sauta OI, Rogova AA (2011) Method of notification of the aircraft location relative to the runways during the approach and roll-on operation. Positive decision on granting a patent following the application for an invention No. 2011113706/11 (020353), priority of 04/04/2011 (in Russian)
22.
go back to reference Gomin SV, Makelnikov AA, Maslov AV, Priyemysheva AA, Sauta OI, Semenov GO, Sobolev SP (2005) Program for warning and emergency alarms generation. Certificate of official registration of computer programs. RF №2005611918. Federal Service for Intellectual Property, Patents and Trademarks, 2005 (in Russian) Gomin SV, Makelnikov AA, Maslov AV, Priyemysheva AA, Sauta OI, Semenov GO, Sobolev SP (2005) Program for warning and emergency alarms generation. Certificate of official registration of computer programs. RF №2005611918. Federal Service for Intellectual Property, Patents and Trademarks, 2005 (in Russian)
24.
go back to reference Sauta OI (1991) Substantiation of the coordinate system selection in the construction of algorithms for complex information processing in the landing system based on the short-range radio technical navigation system (in Russian) Sauta OI (1991) Substantiation of the coordinate system selection in the construction of algorithms for complex information processing in the landing system based on the short-range radio technical navigation system (in Russian)
25.
go back to reference Sokolov AI, Yurchenko YuS (2010) Radioautomatics: textbook for students of universities. Publ. Center “Academy”, 272 p (in Russian) Sokolov AI, Yurchenko YuS (2010) Radioautomatics: textbook for students of universities. Publ. Center “Academy”, 272 p (in Russian)
26.
go back to reference AVIATION REGULATIONS (2004) Part 25. Airworthiness requirements for transport aircraft. In: Interstate Aviation Committee. OJSC “AVIAIZDAT”, Moscow (in Russian) AVIATION REGULATIONS (2004) Part 25. Airworthiness requirements for transport aircraft. In: Interstate Aviation Committee. OJSC “AVIAIZDAT”, Moscow (in Russian)
27.
go back to reference AVIATION REGULATIONS (1995) Part 29. Airworthiness requirements for transport rotorcraft. In: Interstate Aviation Committee. OJSC “AVIAIZDAT”, Moscow (in Russian) AVIATION REGULATIONS (1995) Part 29. Airworthiness requirements for transport rotorcraft. In: Interstate Aviation Committee. OJSC “AVIAIZDAT”, Moscow (in Russian)
28.
go back to reference Sauta OI, Gubkin SV (1987) Study of the mathematical model of the SRNS onboard receiver input signal in the landing area. In: Radioelectronics issues. Series OVR-1987-Issue 5, pp 39–48 (in Russian) Sauta OI, Gubkin SV (1987) Study of the mathematical model of the SRNS onboard receiver input signal in the landing area. In: Radioelectronics issues. Series OVR-1987-Issue 5, pp 39–48 (in Russian)
29.
go back to reference Annex 10 to the Convention on International Civil Aviation. Aeronautical Telecommunications. Radio Navigation Aids, 6th edn, vol 1, July 2006 (in Russian) Annex 10 to the Convention on International Civil Aviation. Aeronautical Telecommunications. Radio Navigation Aids, 6th edn, vol 1, July 2006 (in Russian)
30.
go back to reference Act on the results of ground and flight tests of the Yak-42D main aircraft of airline “GAZPROMAVIA” equipped with onboard GNSS/LAAS equipment. Approved by the Federal transport inspection service of the Russian Federation. Moscow, 2006 (in Russian) Act on the results of ground and flight tests of the Yak-42D main aircraft of airline “GAZPROMAVIA” equipped with onboard GNSS/LAAS equipment. Approved by the Federal transport inspection service of the Russian Federation. Moscow, 2006 (in Russian)
31.
go back to reference Certificate of the product conformance. SGKI-034-112-SRPBZ. Interstate Aviation Committee. Aviation register, 2003 (in Russian) Certificate of the product conformance. SGKI-034-112-SRPBZ. Interstate Aviation Committee. Aviation register, 2003 (in Russian)
Metadata
Title
Recommendations for the Application of the Proposed Technical Solutions in the Satellite-Based Landing Systems and Collision Avoidance Systems
Authors
Baburov S.V.
Bestugin A.R.
Galyamov A.M.
Sauta O.I.
Shatrakov Y.G.
Copyright Year
2020
Publisher
Springer Singapore
DOI
https://doi.org/10.1007/978-981-13-8375-5_6

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