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Structural Reliability of Information Systems
I.B.
Shubinsky
M.:
"Journal Dependability",
2016, -
544 p., ill. (in Russian)
ISBN
978-5-7572-0399-7
The book
presents the basic concepts and parameters of information
systems’ structural reliability. It shows generality and
specific differences in reliability indices used in domestic
and international standards. The recent changes in
approaches to reliability modeling are reflected. Markov
models of reliability together with graph semi-Markov
methods for reliability calculating which are illustrated by
numerous examples are described in detail. Considerable
attention is paid to the engineering methods of calculation
and the approximate prediction of information systems’
structural reliability, error estimation, as well as to
statistical assessment of reliability parameters. At the end
of each chapter, there are checklists for the most complex
and significant content of the chapter. The book is intended
primarily for professionals involved in practical work on
development, production, operation and modification of
information systems. It is designed to scientists in the
field of structural reliability of various discrete systems,
academic staff, graduates (students) specializing in
information systems, as well as in the field of automated
control systems.
 Structural
reliability of information systems. Methods of analysis
I.B.
Shubinsky
M.:
"Journal Dependability",
2012, -
216 p., ill. (in Russian)
ISBN
978-5-7572-0326-3
The book
presents basic concepts and indices of structural
reliability of information systems, shows commonalities and
specific distinctions of reliability indicators, applied in
national and international standards. Recent changes in
approaches to reliability modeling are reflected. Markov
reliability models and graph semi-Markov methods of
reliability calculation are described in detail, which are
illustrated by numerous examples. Considerable attention is
paid to engineering methods of calculation and approximate
prediction of structural reliability of information systems,
estimates of calculation errors, and statistical evaluation
of reliability indicators. At the end of each chapter are
the control questions on the most complex and significant
material of the chapter. material of the chapter. The book
is intended primarily for specialists engaged in practical
work in developing, producing, operating and modifying
information systems. It is intended for researchers in the
field of structural reliability of various discrete The book
is also intended for engineers working in the field of
structural reliability of various discrete systems,
pedagogical staff, undergraduate and graduate students
specializing in information systems and automated control
systems. The book is intended for researchers and graduate
and undergraduate students working in the field of
information systems and also in the field of automated
control systems.
 Functional
reliability of information systems. Methods Analysis
I.B.
Shubinsky
Ulyanovsk.
Regional Printing House.
"Pechatny dvor", 2012. - 296p., ill. (in Russian)
ISBN 978-5-7572-0327-0
This book is the first presentation of the theory of functional
reliability of
of information systems as part of the general theory of reliability.
It includes concepts and definitions, main threats to functional
reliability of information systems; system of indicators; methods of
functional reliability assessment of digital devices; methods and
models of functional reliability estimation of software. A separate
chapter considers the functional reliability of critical critical
information systems, including the concept of critical system,
peculiarities of failure error assessment, assessment of functional
reliability of operators, hazardous failure and risk assessment,
requirements for functional reliability and software architecture
requirements critical information systems software architecture. At
the end of each chapter, there are quiz questions on the most
complex and relevant material in the chapter. The book is designed
primarily for professionals engaged in Practical work in developing,
producing, operating and information technologies and information
systems. It It is intended for research workers in the field of
reliability of software and hardware hardware reliability of
information systems, teaching staff, graduate and undergraduate
students specializing in the field of information The book is
intended for researchers and graduate and undergraduate students
specializing in the field of information technology and automated
control systems.
 Design and technology reliability analysis. Toolkit
(Case of spacecraft separation system)
Yu.P. Pokhabov
preprint
/ Zheleznogorsk, 2020. - 57 p.
An
algorithm for making and justifying design decisions, taking into
account reliability, is presented. Design and technology reliability
analysis is given, aimed at early prevention of possible failures.
An example of the analysis of the performance and reliability of the
spacecraft separation system is considered. The toolkit is intended
for designers and specialists in conducting analytical verification
of the development of unique highly responsible systems.
 Foundation of event-driven management of quality of
economics, the state and human life
Solozhentsev, E.D.
St.
Petersburg: Nauka Publishers, 2021. — 175 p. (in Russian)
ISBN
978-5-02-040314-7
The
analysis of the existing quality management of economics and the
state is carried out and a way out of the critical state is
proposed. We have formulated a new scientific direction:
event-driven management of the quality of economics, the state and
human life based on the algebra of logic, Boolean statements-events,
logical-probabilistic calculus and artificial intelligence. The
event-driven management of the quality of economics and the state
“from above” is considered: new criteria and objects of
management; new knowledge and models. New tasks of managing economic
systems, safety of living, quality of human life, exit of the
economy from stagnation have been formulated. The event-driven
management of economics and the state “from below” is stated: the
problem of managing the quality of human life is formulated;
scenarios, logical and probabilistic models for managing the quality
of treatment, training and decision-making processes are developed.
Applications for assessing the quality of human life for solving
real problems are named. The relationship between public opinion,
special Software Arbiter and Expa and digital economics in the
systematization of research results on the quality of life of
different people and management from below is considered. The
provision of event-driven management of the quality of economics,
the state and human life is described: a course of additional
education, the basics of LP-calculus, methods for constructing
LP-risk models, transformation of databases into knowledge bases,
LP-risk modeling technology.
 Actual
Problems of Modeling and Analysis of Queuing Networks
G.Sh. Tsitsiashvili, M.A.
Osipova
Kazan:
Buk, 2020. - 88 p. - Text: direct. (in Russian)
ISBN 978-5-00118-576-5.
The
monograph includes the most significant results of the authors on
the analysis of applied queuing models over the past 5 years,
reflected in peer-reviewed journals of various levels. The monograph
is mainly devoted to the study of synergetic effects in stochastic
systems with Poisson input flows and general input flows. The choice
of material was determined by modern trends in the widespread
introduction of digital technology tools in the work of various
complex systems. Starting from the idea of developing non-standard
methods of modeling, obtaining new analytical methods bypassing the
cumbersome technology, it was possible to build and study many
different application models. The methods of solving the problems
presented in the monograph are based on the theory of random
processes, queuing theory, graph theory, and system analysis. The
monograph is intended for researchers in the field of probabilistic
modeling, system analysis, and applied mathematics.
Theory and practice of ensuring the
reliability of mechanical devices one-time operation
(in Russian)
Pokhabov Yu.P.
Monograph.
Krasnoyarsk, 2018.
ISBN 978-5-7638-3812-1 (e-version: ISBN 978-5-7638-3900-5).
Theoretical
basis and practical methods for ensuring the reliability of
products of single and small-scale production with a low
probability of failure are described. Using the examples of
mechanical devices for one-time operation
of spacecraft, the possibility of solving the problems of
reliability of unique products without the use of the
mathematical apparatus of the theory of reliability is
shown.
The analysis of design and technological factors determining
reliability is presented. An engineering and technical
approach has been developed to ensure reliability at various stages
of the life cycle, based on imparting the developed product
with properties that contribute to the unconditional
fulfillment of service purpose. The technique of design and
technological analysis of reliability is given. Methods of
design and technological support and evaluation of the
reliability of unique products are proposed. The principles
and rules of design are considered to ensure the required
reliability. Designed for practicing engineers engaged in
the development of mechanical devices one-time operation. It
may be useful to specialists in the field of reliability of
unique highly responsible systems for various purposes.
INtegrated
Analysis and Assessment Problems of Individual Structural
Reliability of Spacecraft (Case of Deployable Structures)
Preprint (in Russian)
S.A.Timashev,
Yu.P.
Pokhabov.
Yekaterinburg, 2018.
ISBN 978-5-8057-0999-0.
The preprint describes an original methodology of
quantitative reliability assessment of extremely expensive
science-based objects/unique structures that are
components of critical/strategic infrastructures, which
are manufactured in smallest batches or even as single
structures. This theory got the name of individual
structural reliability (TISR) and is compared with the
qualitative methodology of design & technology reliability
analysis (DTRA) as related to the design of high reliability
spacecraft.
With the development of the 3D digital technology the share
of unique products in all sectors of contemporary
machine-building and adjacent sectors of industry
(ship-building, aircraft building) is growing non-stop. In
this preprint this class of technical objects, usually,
non-renewable systems, is represented as folding robotic
one-time-deployment-when-on-orbit technological complexes,
designed to serve without interruption for 12-15 years in
the near-space environment.
THE Robust Method of Mathematical
Statistics
(in Russian)
Shulenin V.P.
Tomsk, Publisher NTL, 2016
Pages:
260
ISBN 978-5-89503-575-7
Classical statistical methods for the most part have an
increased sensitivity to the initial assumptions of the
statistical model adopted in the processing of
experimental data. When solving applications inevitably
arise from deviations presuppositions model and the
application of standard techniques in these conditions,
it may be efficient enough and often leads to
significant distortions of statistical conclusions. In
connection with the etymology there is a need to build
new, non-traditional methods of information processing,
stable (or robust) for possible deviations of the actual
characteristics of the data from those anticipated. This
book is dedicated to the construction and investigation
of robust parameter estimates to be submitted in the
form of functionals of the empirical probability
distribution functions. A brief overview of the basic
concepts and approaches to the construction of robust
procedures, quality characteristics which "resistant" to
the possible deviations from the accepted model.
Examples of the properties of the robustness of the
proposed evaluation parameters of the position and
scale, performed their comparison under various
supermodels. Proposed modifications and extensions
Hodges-Lehmann estimates, Gini mean difference,
interquartile amplitude, etc. Approaches to building
adaptive assessments with the use of functional
assessment, describing the degree of "lengthy tail" of
the distribution of probabilities observation are
discussed . The book is intended for students and
post-graduate students of universities, researchers, the
address may also be useful to teachers in the
development of courses of lectures for undergraduates
and graduate students in the Department of Applied
Mathematics and Cybernetics.
Reliability Modeling Prediction
Andres Carrion Garcia
Ljubisa
Papic
Edition: 2016,
Publisher: DQM Research Centre,
ISBN: 978-86-86355-20-1
Modern engineers come into touch with complex systems,
which requires knowledge about different problems
(issues). However, seeking for necessary data and
information usually generates significant difficulties
because they are scattered in numerous books and
journals. Authors of this book
have tried to remove such difficulties and to explain
wide enough circles of questions relevant for modeling
and prediction of system reliability. In this way, this
book could be useful practical source for engineers
which try to enter the systems reliability field. Book
is suitable as material for university course about
system reliability field for students of almost every
engineering discipline, on graduate, MSc and PhD studies
who are interested in reliability problems. The book
contains enough material for single semester subject
(course) emphasizing basics and appliance of classical
reliability engineering.
This book, as a serious task, represents the result of
perennial cooperation in researching and in university
teaching between Department of Operational Research,
Applied Mathematics and Quality (Polytechnic University
of Valencia), Valencia, Spain and Research Center of
Dependability and Quality Management, Prijevor, Serbia,
during the period of 15 years (2001-2015). Through this
monograph authors tried to provide basic knowledge from the field of reliability theory, failure analysis,
safety analysis and systems maintenance concept, which
could be useful for reliability modeling and prediction
during design, testing and exploiting different human
made systems for obtaining maximal effectiveness of
their operation. The "Reliability
Modeling Prediction" monograph considers issues of
reliability analysis, safety analysis, failure analysis
and systems maintenance concepts. Under systems the
authors allude to different kinds of technical objects
(equipment, gears, instruments and mechanisms) which
different branches of industry design, produce,
exploiting and maintenance. This monograph describes in
detail: probability concept of reliability, reliability
quantification, probability distributions for
reliability analysis, types of reliability tests and
reliability testing plans, reliability block diagram
method, failure modes, effects and criticality analysis,
fault tree analysis, event tree analysis and systems
maintenance concepts.
NEW MEASURES OF PROXIMITY, FUNCTIONS OF STATES AND
DECISION RULES IN THE THEORY OF PATTERN RECOGNITION
(STATES)
Uzdin
Dmitry
(In Russian)
New proximity measures and function of states are
proposed – they are mathematics - diagnostic models of
various diagnoses. High efficiency of these proximity
measures and functions of states contributing correct
recognition of condition of any processes and objects is
shown. Proposed proximity measures, functions of state
and resolving rules are necessary for the solution of
problems of the fastest finding of failure, destructive
and other dangerous conditions. For the purpose of
increase of reliability of recognition of states
creating danger to life or people’s wellbeing, the
multiple set of resolving rules when establishing of the
diagnosis is made. The brochure is oriented for cybernetics and scientists
of different fields of knowledge who apply recognition
theory methods in their researches and also for senior
students of the corresponding specialties.
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