[1] | Deep Impact Launch, 2005, Press Kit, January, NASA, USA. |
[2] | H. B. William. 2005, Deep Impact Mission Design, Springler, Space Science Reviews, 23-42. |
[3] | M. Taylor. 2011, The Rosetta mission, ESA. |
[4] | M. Verdant, G.H., Schwehm. 1998, The International Rosetta Mission, ESA Bulletin, February. |
[5] | Zosimovych N., 2017, Modeling of Spacecraft Centre Mass Motion Stabilization System. International Refereed Journal of Engineering and Science (IRJES), Volume 6, Issue 4, 34-41. |
[6] | M.Y. Yamamoto. 2017, Observation plan for Martian meteors by Mars-orbiting MMX spacecraft. April, 11, [Online]. Available: https://0x9.me/qlBDU. |
[7] | Yu. A. Surkov, R.S. Kremnev. 1998, Mars-96 mission: Mars exploration with the use of penetrators, ELSEVIER, Planetary and Space Science, Vol. 46, Issues 11-12, 1689-1696. |
[8] | 1996 Mars Mission, 1996, Press Kit, November, NASA, USA, 61 p. |
[9] | Zosimovych N. 2017, Improving the Spacecraft Center of Mass Stabilization Accuracy, IOSR Journal of Engineering (IOSRJEN), Vol. 7, Issue 6, 7-14. |
[10] | М.Н. Красильщиков, Г.Г. Себряков. 2003, Управление и наведение беспилотных маневренных летательных аппаратов на основе современных информационных технологий. М.: ФИЗМАТЛИТ, 280 с. |
[11] | А.А. Лебедев, В.Т. Бобронников, М.Н. Красильщиков и др. 1985, Статистическая динамика и оптимизация управления летательных аппаратов. М.: Машиностроение, 280 с. |
[12] | Г. Стаббс, А. Пинчук, Р. Шлюндт, 1970, Цифровая Система стабилизации космического корабля “Аполлон”. – Вопросы ракетной техники, No 7. |
[13] | В.К. Абалакин, Е.П. Аксенов, Е.А. Гребеников и др., 1976, Справочное руководство по небесной механике и астродинамике. M: Наука, 864 с. |
[14] | R.G. Chilton. 1965, Apollo Spacecraft Control Systems. NASA Manned Spacecraft Control Houston, Texas, USA. |
[15] | N. Zosimovych. 2016, Commercial Launch Vehicle Design, LAP LAMBERT Academic Publishing, 184 p. |
[16] | J.W. Polderman, J.C. Willems. 2008, Introduction to Mathematical Systems Theory: A Behavioral Approach (Texts in Applied Mathematics), Springer; 2nd edition, 455 p. |
[17] | Spasskii R.A. 1992, Invariance of a system of automatic control, Journal of Soviet Mathematics, June, Volume 60, Issue 2, PP. 1343–1346. |
[18] | Bamieh B., Paganini F., Dahleh M.A. 2002, Distributed Control of Spatially Invariant Systems, IEEE Transactions on Automatic Control, Vol. 47, No. 7, July, PP. 1091-1107. |
[19] | Щипанов Г.В. 1939, Теория и методы проектирования автоматических регуляторов, Автоматика и телемеханика, № 1. |
[20] | А.И. Репин. 2011, Теория автоматического управления (Конспект лекций), Можайск, 150 с. |
[21] | Бейнарович В.А. 2010, Инвариантные системы автоматического управления с релейным усилителем, Доклады ТУСУРа, №2 (21), Часть 1, Июнь, СС. 70-73. |
[22] | R.C. Dorf, R.H. Bishop. Modern Control Systems, Pearson, 12^{th} edition, 807 pp. |
[23] | Ferrari S., Stengel R.F.. 2004, Online Adaptive Critic Flight Control, Journal of Guidance, Control, and Dynamics, Vol. 27, No 5, September-October, pp. 777-786. |
[24] | The Electronics Engineer’s Handbook. 2005, 5ty Edition McGraw-Hill 19, pp. 19.1-19.30. |
[25] | J.W. Polderman, J.C. Willems. Introduction to the Mathematical Theory of Systems and Control, 458 pp. |
[26] | E. Feron, G. Brat, P.L. Garoche, P. Manolios, M. Pantel. 2012, Formal methods for aerospace applications. FMCAD tutorials. |
[27] | M. Colon, S. Sankaranarayanan, H.B. Sipma. 2003, Linear invariant generation using non-linear constraint solving. In Proc. CAV, LNCS, pp. 420-432. Springler. |
[28] | Souris J., Favre-Felix D.. 2004, Proof of properties in avionics. In Building the Information Society, Vol. 156, pp. 527-535. Springler. |
[29] | J.C. Hennet, D.C.E. Trabuco. 1994, Invariant Regulators for Linear Systems under Combined Input and State Constraints. Proc. 33^{rd} Conf. of Decision and Control (IEEE-CDC’94), Lake Buena Vista, Florida USA, Vol. 2, pp. 1030-1036. |
[30] | A. Luca, P. Rodriguez, D. Dumur. 2009, Invariant sets method for state-feedback control design, 17^{th} Telecommunications forum TELEFOR Serbia, Belgrad, November 24-26, PP. 681-684. |
[31] | G. Rustamov. 2012, Invariant Control Systems of Second Order, IV International Conference “Problems of Cybernetics and Informatics” (PCI’2012), September 12-14, Baku, PP. 22-24. |
[32] | A. Kelly. 1994, Modern Inertial and Satellite Navigation Systems. The Robotics Institute Carnegie Mellon University, CMU-RI-TR-94-15. |
[33] | M. Horemuž. 2006, Integrated Navigation. Royal Institute of Technology, Stocholm. |
[34] | V.V. Malyshev, M.N. Krasilshikov, V.T. Bobronnikov, V.D. Dishel. 1996, Aerospace vehicle control, Moscow, MAI. |
[35] | P. Albertos, A. Sala. 2004, Multivariable Control Systems, Valensia, Spain. |
[36] | B. Averil. 1997, Chatfield Fundamentals of High Accuracy Inertial Navigation. Vol. 174, Progress in Astronautics and Aeronautics. |
[37] | V.M. Sineglazov. 2003, Theory of automatic control. In 2 Vol.: Manual for students of all specialities, Kyiv, NAU. |
[38] | A Review of United States Air Force and Department of Defense Aerospace Propulsion Needs, 2006, The National Academies Press, Washington D.C., 90 p. [Online]. Available: www.nap.edu. |
[39] | А.А. Лебедев, Г.Г. Аджимамудов, В.Н. Баранов, В.Т. Бобронников и др. 1996, Основы синтеза систем летательных аппаратов. М.: МАИ, 224 c. |
[40] | Adrea Prati, Simone Calderara, Rita Cuccira. Using Circular Statistics for Trajectory Shape Analysis. University of Modena and Reggio Emilia, Italy. [Online]. Available: http://mplab.ucsd.edu/wp-content/uploads/cvpr2008/conference/data/papers/497.pdf. |
[41] | J. Piovesan, Ch. Abdallah, M. Egerstedt, H. Tanner, Y. Wardi. 2007, Statistical Learning for Optimal Control of Hybrid Systems. American Control Conference, ACC '07, 9-13 July, IEEE. |
[42] | E.D. Gustafson, 2010, Stochastic Optimal Control of Spacecraft. PhD Dissertation, The University of Michigan. |