Dr. Vladimir Zyubin
Cyber-Physical Systems lab, Institute of Automation and Electrometry, Novosibirsk, Novosibirskaya Oblast’, Russia
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Academic Career Length
20Years (2007-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
Representative Publications
View All Publications11 July 2016 in Optics Express
Journal Article
ADAlexander Vladimirovich Dostovalov
Alexander Vladimirovich DostovalovAWAlexey Wolf
Alexey WolfAPA.V. Parygin
A.V. Parygin
Vladimir ZyubinSBS.A. Babin
S.A. Babin
A ferrule-based method of direct fs FBG inscription through protective plastic coating is demonstrated. Fluctuations of fiber core position relative to the writing fs beam are compensated by the developed auto-alignment system. As a result, high-quality FBGs with length from 0.1 to 50 mm are fabricated in polyimide-coated fibers, whose spectra are well described by the theory. The fabricated FBGs have great potential in sensor applications at high temperature and harsh environments both point-action and distributed ones.
1 April 2007
Conference Paper
Vladimir ZyubinThe hyper-automaton is introduced as a model of complex control algorithms. The model reflects basic aspects of control algorithms: presence of an external environment, cyclic and event-driven functioning, synchronism, hierarchical structure and logical parallelism. The paper introduces basic definitions and conceptual means of hyper-automaton model, which encourage program implementation of the algorithms. A new kind of functional polymorphism we name event- driven polymorphism is distinguished and discussed.
8 March 2022 in IEEE Access
Journal Article
Vladimir ZyubinARAndrei S. Rozov
Andrei S. RozovIAIgor S. Anureev
Igor S. Anureev
NGNatalia O. Garanina
Natalia O. Garanina
VVValeriy Vyatkin
Valeriy VyatkinThis paper presents the core concepts for the poST language – a process-oriented extension of the IEC 61131-3 Structured Text (ST) language which intends to provide a conceptual consistency of the PLC source code with technological description of the plant operating procedure. The poST can be seamlessly used as a textual programming language for complex PLC software in the context of IEC 61131-3 ( $3^{rd}$ Edition). The language combines the advantages of FSM-based programming with the conventional syntax of the ST language which would facilitate its adoption. The poST language assumes that a poST-program is a set of weakly connected concurrent processes, structurally and functionally corresponding to the technological description of the plant. Each process is specified by a sequential set of states. The states are specified by a set of the ST constructs, extended by TIMEOUT operation, SET STATE operation, and START / STOP / check state operations to communicate with other processes. The paper describes the basic syntax of the poST language, demonstrates the usage of the poST language by developing control software for an elevator, and compares the development in poST with pure Structured Text.
1 December 2021 in Automatic Control and Computer Sciences
Journal Article
NGNatalia O. Garanina
Natalia O. GaraninaIAIgor Anureev
Igor AnureevVladimir ZyubinSSSergey Staroletov
Sergey StaroletovTLT. V. Liakh
T. V. LiakhSGSergei Gorlatch
Sergei Gorlatch +1
We investigate the formal verification of the control software of critical systems, i.e., the verification of the compliance of the designed system with th
17 October 2021
Book Chapter
Vladimir ZyubinIAIgor Anureev
Igor Anureev
NGNatalia Garanina
Natalia Garanina
SSSergey Staroletov
Sergey Staroletov
ARAndrei Rozov
Andrei Rozov
TLTatiana Liakh
Tatiana Liakh
1 September 2013
Conference Paper
ARAndrei S. Rozov
Andrei S. Rozov
Vladimir ZyubinProcess-oriented programming proves a powerful technique for building control and automation systems. The rising popularity of microcontroller-based automation makes it tempting to employ process oriented principles in such applications. However, existing process-oriented languages appear to be incompatible with major concepts of microcontroller programming. This paper discusses applicability of process-oriented programming principles to microcontroller-based systems development. An extended hyperprocess mathematical model is presented along with suggested syntax for a specialized programming language.
About Me
Vladimir E. Zyubin received the B.S. and M.S. degrees in electrical engineering from
the Novosibirsk State Technical University, Novosibirsk, in 1992, the Ph.D. degree in
applied computer science from the Institute of Automation and Electrometry SB RAS, Russia, in 1998, and the Dr.Sc. degree from Siberian State University of Telecommunications and Information Science, Russia, in 2015.
He is currently on joint appointment as the Chair of Computer Technology, Novosibirsk State University, Russia, and Head of Cyber-Physical laboratory, Institute of Automation and Electrometry, Russia.
His research interests include process-oriented programming and languages for PLC control, software psychology, requirements engineering for control systems, and the verification of reactive software.