Petrov Andrey Evgenievich
THE LAW OF CONSERVATION OF ENERGY FLOW AND DUALITY OF SPACE

Beltiukov Anatoly Petrovich, Maslov Sergey Gennadyevich
ON SOME RESERVES AND DIRECTIONS OF DEVELOPMENT OF HIGH-PERFORMANCE COMPUTING

Glaz Roman Alekseevich, Shamaeva Ekaterina Fedorovna, Pryakhin Vadim Nikolaevich
DEFINITION OF THE CONCEPT OF A “COMPLEX SYSTEM” IN THE CONTEXT OF SUSTAINABLE DEVELOPMENT SCIENCE

Popov Eugene Borisovich
INDUSTRIAL SAFETY RISK MANAGEMENT AS A CONTRIBUTION OF ORGANIZATIONS OPERATING HAZARDOUS PRODUCTION FACILITIES TO ENSURING THE SUSTAINABLE DEVELOPMENT OF THE SOCIETY

Abstract

In 1981, the author investigated the dependence of power on changing the connection of branches in an electrical network (circuit). Let there be current and voltage sources with the same power in separate, unconnected branches. The sum of the powers of the current sources is equal to the sum of the powers of the voltage sources. A well-known property of non-amplification (Volaver’s theorem) is that the magnitude of the voltage on the branches is not higher than the sum of the voltage on the sources. When connecting branches, the power (product of voltage and current) dissipated on the branches of the connected network from current sources decreases. Similarly, when connecting branches, the power dissipated on the branches of the connected network from voltage sources decreases. It turned out that if individual branches are connected to a network, then half of the sum of the powers of current and voltage sources is dissipated in it. The question arose – where is the other half of the power? Where power disappears is the title of a section in the author’s 1985 book Tensor Methodology in Systems Theory. It turned out that the other half of the power is in a dual network in which closed and open paths are reversed. A loop in one network corresponds to an open path in the dual network, and vice versa. The constancy of power when changing the structure, changing the connection of branches, is a consequence of the invariant of the duality of networks. Or vice versa?

KEYWORDS: law of conservation of energy flow, scientific discovery, tensors, dual networks.

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Maslov Sergey Gennadyevich, PhD in Technical Sciences, associate professor of Department of theoretical informatics basis of the Udmurt State University

Abstract

The paper considers non-traditional points of view on high-performance computing. A system of concepts is being formed that expands the classes of problems for high-performance computing and approaches to their solution. At the same time, it is proposed to consider physical-anthropical-technical systems and networks as an environment for organizing high-performance computing. At the upper level of the organization of task setting systems, it is proposed to consider the semantics of Cartesian closed categories. The presented point of view can serve as the basis for a comprehensive critical discussion.

KEYWORDS: computing, high-performance computing, ergatic and physical-anthropical-technical systems and networks, knowledge system, ontology, deductive synthesis of algorithms, category theory, Cartesian closure, constructive proof, automatic logical inference.

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Shamaeva Ekaterina Fedorovna, candidate of technical sciences, associate professor, leading specialist of Center for Designing Sustainable Development of Civil Society Institutions, State University of Management, Moscow, Russia

Pryakhin Vadim Nikolaevich, Doctor of Technical Sciences, Professor of the Department of Geoinformation Systems and Technologies, Dubna State University, Dubna, Russia

Abstract

The article analyzes the main provisions in relation to complex systems. The systems that are studied in the framework of the science of sustainable development are considered. The relationship of the concept of a complex system with the concept of a system is described in detail, as well as the requirements for the system in the context of the study are analyzed. Based on material from various sources, the requirements for the concept of a complex system in the context of research in the field of sustainable development are proposed. The requirements for a complex system have been formed. The complexity criteria are described in detail and such a system is defined in the context of the study.

KEYWORDS: complex systems, system analysis, sustainable development, system analysis, systems theory, big system.

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Abstract

The paper provides a brief overview of the terminology and methodological documents used in the management of industrial safety risks of hazardous production facilities. A connection is established between industrial safety and the values of sustainable development. A proposal is put forward to use network planning systems for tasks of industrial safety risk management.

KEYWORDS: industrial safety, risk management, network planning, social values of sustainable development, acceptable risk, “regulatory guillotine”.

Download article INDUSTRIAL SAFETY RISK MANAGEMENT AS A CONTRIBUTION OF ORGANIZATIONS OPERATING HAZARDOUS PRODUCTION FACILITIES TO ENSURING THE SUSTAINABLE DEVELOPMENT OF THE SOCIETY