THE FUNCTIONAL STABILITY OF ON-BOARD INFORMATION-CONTROLLING COMPLEXES OF MANEUVERABLE VEHICLES
Georgiy Baranov
g_baranov@mail.ruNational Transport University, Department of Information Systems and Technologies, Kyiv, Ukraine (Ukraine)
Viktoriia Kosenko
National Transport University, Department of Information Systems and Technologies, Kyiv, Ukraine (Ukraine)
Abstract
In the article, methods of improving functional stability on-board information and control systems available for vehicles are considered. Models, methods and tools for automating the management process of ergatic (Man-Machine Systems) innovative systems of transport are proposed. At a time of increased risk of critical (crisis) situations caused by the actions of environmental factors and threatening accidents and disasters, they ensure the safety of functional stability in a single space-time continuum.
Keywords:
transportation, traffic safety, functional stability, automation technology, reducing the riskReferences
Baranov H.L.: Kompleksna adaptatsiya shvydkosti rukhu vysokomanevrenykh transportnykh zasobiv u nestatsionarnomu seredovyshchi. Informatsiyni protsesy, tekhnolohiyi i systemy na transporti. NTU 2014, Vyp. 1 (in Ukrainian).
Google Scholar
Baranov H.L.: Kryteriyi diahnostuvannya v funktsional’no stiykykh systemakh upravlinnya. ISDMSI'2013, Yevpatoriya, 2013, 61-65 (in Ukrainian).
Google Scholar
Baranov H.L.: Osoblyvosti pobudovy alhorytmu keruvannya v pozdovzhnʹomu rusi kutom tanhazhu na osnovi rishennya zvorotnoyi zadachi dynamiky. ISDMSI'2011, Yevpatoriya, 2011, t.1, 414-420 (in Ukrainian).
Google Scholar
Bianchini, R.; Buskens, R. An adaptive distributed system-level diagnosis algorithm and its implementation. In the 21st International IEEE Symposium on Fault-Tolerant Computing. New York (USA), 1991, 222-229.
Google Scholar
Mallela, S.; Masson, G. Diagnosable systems for intermittent faults. IEEE Trans. Comput., Vol. C-27, No. 6, 1978, 560-566.
Google Scholar
Mashkov O.A.: Problemy stvorennya funktsionalʹno stiykoyi avtomatyzovanoyi systemy upravlinnya rukhomykh ob’yektiv. ISDMSI'2012, Yevpatoriya, 2012, 497-508 (in Ukrainian).
Google Scholar
Mashkov O.A.: Syntez funktsionalʹno-stiykoyi systemy keruvannya rukhomym obʺyektom iz zadanymy dynamichnymy vlastyvostyamy. Instytut problem modelyuvannya v enerhetytsi NAN Ukrayiny, vyp. 60, Kyyiv, 2011, 186-214 (in Ukrainian).
Google Scholar
Mashkov O.A.: Syntez struktury skladnoyi systemy na osnovi metodiv ranzhuvannya pokaznykiv yakosti. ISDMSI'2014, Kherson, KHNTU, 2014, 108-114 (in Ukrainian).
Google Scholar
Mashkov O.A.: Yssledovanye funktsyonal’noy ustoychyvosty dynamy cheskykh system: modely neshtatnykh sytuatsyy v ynformatsyonno-upravlyayushchykh kompleksakh. ISDMSI'2010, Yevpatoriya, 2010, t.2, 112-120 (in Ukrainian).
Google Scholar
Authors
Georgiy Baranovg_baranov@mail.ru
National Transport University, Department of Information Systems and Technologies, Kyiv, Ukraine Ukraine
Authors
Viktoriia KosenkoNational Transport University, Department of Information Systems and Technologies, Kyiv, Ukraine Ukraine
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