SUSTAINABLE INNOVATIVE DEVELOPMENT: design and management

Kapkov Roman Yurievich, analyst-expert, ANO «Internet Development Institute»

Abstract

The article presents the results of a study of the practice of implementing digital vision projects by regional project teams of digitalization, presents the identified problems in decision support in the implementation of regional digitalization projects, and highlights the features of the approach of regional teams to the choice of methods of managing digitalization projects. Generalizing conclusions and proposals are formulated.

KEYWORDS: problematic, decision support, digitalization.

Download article PROBLEMATIC IN TASKS OF DECISION SUPPORT IN THE IMPLEMENTATION OF REGIONAL PROJECTS OF DIGITALIZATION

All works are published in the authors’ edition.

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Contents

Petrov Andrey Eugenievitch
THE LAW OF CONSERVATION OF POWER IN THE DUAL TENSOR NETWORKS OF G. KRON – A. PETROV (IN SPACE, TIME AND STRUCTURE)

Subetto Alexander Ivanovich
NOOSPHERIC ARCTIC STRATEGY (report)

Konon Nikolai Ivanovich
QUESTIONS OF GEOINFORMATION SUPPORT FOR SUSTAINABLE DEVELOPMENT OF THE REGIONS

Knaub Roman Viktorovich
SYSTEM ANALYSIS IN SOLVING THE ISSUES OF MANAGING NATURAL AND TECHNOSPHERIC SAFETY

Shamaeva Ekaterina Fiodorovna, Musina Nurgul Maratovna
ACCOUNTING AND REPORTING IN THE FIELD OF SUSTAINABLE DEVELOPMENT ON EXAMPLES

Babushkin Sergey Sergeevich, Popov Eugene Borisovich
OPPORTUNITIES AND PERSPECTIVES OF THE ELECTRONIC IMPLEMENTATION OF THE ENVIRONMENTAL QUALITY MANAGEMENT SYSTEM BASED ON THE ENERGETIC APPROACH IN THE CONDITIONS OF TECHNOGENIC RISKS

Petrov Andrey Eugenievitch, Doctor of Technical Sciences, Academician of the Russian Academy of Natural Sciences, Professor of the CAD Department of NSTU “MISiS”, Professor of the Department of Sustainable Innovative Development of the University “Dubna”

Abstract

The laws of conservation in physics are associated with the homogeneity and isotropy of space and time. The laws of conservation are expressed in the constancy of quantities (energy, momentum, angular momentum) during the motion of a closed system. An open line is used to measure the distance. To measure time, a closed line is used, revolutions around a certain axis. Any movement consists of rectilinear (translational) movement and rotational movement. Translational motion occurs along the open path, rotational motion occurs along a closed path. The homogeneity of space gives the constancy of the impulse during the movement of a closed system of material points. The isotropy of space gives the constancy of the angular momentum during the motion of a closed system of material points. The translational motion corresponds to the law of conservation of momentum. This implies that during the transition from one point in space to another there is no change, the space is homogeneous. Rotational motion corresponds to the law of conservation of angular momentum. This implies that during the transition from one direction of space to another there is no change, the space is isotropic, homogeneous in all directions. The article shows that there is an invariant duality when the structure changes. Duality is the same property of space as homogeneity and isotropy. The consequence of the invariant is the constancy of the energy flux, measured by power (energy per unit time), in a closed system consisting of two dual networks when the structure changes. Power is constant when the connection structure of the branches of two dual networks changes. The examples of the execution of the duality invariant with changing the structure of networks are presented.

KEYWORDS: space, time, homogeneity, isotropy, duality, energy conservation laws, momentum, angular momentum, energy flow, tensor method, dual networks.

Download article THE LAW OF CONSERVATION OF POWER IN THE DUAL TENSOR NETWORKS OF G. KRON – A. PETROV (IN SPACE, TIME AND STRUCTURE)

Subetto Alexander Ivanovich, Doctor of Philosophy, Doctor of Economics, Candidate of Engineering, professor, Honored Scientist of Russia, vice-rector for education quality at Smolny University of Russian Academy for Education, senior researcher at the Center for Monitoring the quality of education at Kostroma State University named after N.A. Nekrasov, President of Noospheric Public Academy of Sciences, member of the Presidium of Petrovskaya Academy of Arts and Sciences, a member of the Board Council of the International Foundation named after N.D. Kondratiev

Abstract

In this paper, the author examines the current state of the Arctic and the prospects for its development in the context of the concept of noosphereism, based on the teachings of V.I. Vernadsky on the transition of the biosphere in the noosphere. The possible dangers associated with the development of the Arctic region are highlighted, as well as the main vectors of activity in the Arctic, corresponding to the concept of noospherism and environmental and anthropic features of the region, are proposed.

KEYWORDS: Arctic region, sustainable development, noosphereism, peoples of the North.

Download article NOOSPHERIC ARCTIC STRATEGY (REPORT)

Konon Nikolai Ivanovich, NPO “PI ER VI Sistema” LLC (Noginsk)

Abstract

The article discusses the possibility of using geographic information systems in the management of regional development — as geographic information support systems for preparing and making decisions, planning and organizing measures for the implementation of adopted decisions. The understanding of the term “geographic information system” is clarified, a distinction is introduced between cartographic systems and decision support systems.

KEYWORDS: sustainable development, geographic information system, decision-making support, management of regional development.

Download article QUESTIONS OF GEOINFORMATION SUPPORT FOR SUSTAINABLE DEVELOPMENT OF THE REGIONS

Knaub Roman Viktorovich, a candidate of Geography, an associate professor at the nature management department at Tomsk State University, RANS corresponding member

Abstract

The article describes the system analysis tools for managing natural and technospheric safety in order to achieve sustainable development of territories. The analytical and synthetic approaches to management are presented. Seven types of control systems are considered, specific examples of the management of natural and technospheric safety on a global scale are described.

KEYWORDS: natural and technosphere safety, system analysis, sustainable development of territories, analytical and synthetic approaches to management, decision support system.

Download article SYSTEM ANALYSIS IN SOLVING THE ISSUES OF MANAGING NATURAL AND TECHNOSPHERIC SAFETY

Shamaeva Ekaterina Fiodorovna, Candidate of Technical Sciences, docent of Sustainable Innovative Development Department of ―Dubna‖ University

Musina Nurgul Maratovna, post-graduate student of Sustainable Innovative Development Department of ―Dubna‖ University

Abstract

The article discusses various approaches to assessing the sustainability of socio-economic systems, analyzes the formulation of accounting and reporting objectives in the field of sustainable development, demonstrates the development of methodological foundations and recommendations for maintaining reporting in the field of sustainable development in an enterprise.

KEYWORDS: accounting, reporting, indicators of sustainable development.

Download article ACCOUNTING AND REPORTING IN THE FIELD OF SUSTAINABLE DEVELOPMENT ON EXAMPLES

Babushkin Sergey Sergeevich, environmental consultant of Ramboll CIS LLC, postgraduate of the Department of Sustainable Innovative Development of the Institute of System Analysis and Management of “Dubna” State University, member of the International scientific school of sustainable development named after P.G. Kuznetsov

Popov Eugene Borisovich, engineer (NDT inspection specialist) of the Department of technical diagnostics of fire hazardous & explosive production facilities of “RDC Anklav” LLC, member of the International scientific school of sustainable development named after P.G. Kuznetsov

Abstract

The article provides an analysis of various existing approaches to environmental quality management; the authors make a reasoned conclusion on the optimality of the energetic approach to the identified problem. A description of the possibilities of implementing an electronic environmental quality management system based on an energetic approach is given; the application of such a system will allow monitoring, assessing the current state, formulating the target state, planning the transition from the current to the target state and monitoring the implementation of the plan for the environment of a particular control object (country, region, municipality).

KEYWORDS: sustainable development, energetic approach, environmental management, environmental quality, electronic environmental management system.

Download article OPPORTUNITIES AND PERSPECTIVES OF THE ELECTRONIC IMPLEMENTATION OF THE ENVIRONMENTAL QUALITY MANAGEMENT SYSTEM BASED ON THE ENERGETIC APPROACH IN THE CONDITIONS OF TECHNOGENIC RISKS

Contents

Petrov Andrey Eugenievitch
GENERALIZED DIAKOPTICS FOR CONTROL SYSTEMS WITH VARIABLE STRUCTURE

Shadrov Konstantin Nikolaevich
BREXIT: ENERGY REASONS

Petrov Nikolai Vasilievich
THE EPIPHYSIS AND SYMBOLISM OF ANCIENT EGYPT REVEAL THE MYSTERY OF THE QUANTUM COMPUTER OF THE HUMAN BRAIN AND THE EARTH

Akhmetzhan Samal Zakiyevna, Zhumashev Marat Sungatuly, Sagynova Aidana Munalbajkyzy, Bakytzhankyzy Bakshaguli
CONSTANTLY OPERATING GEOLOGICAL MODELS AS A BASIS FOR THE MANAGEMENT OF THE RESOURCE BASE OF OIL FIELDS

Shamaeva Ekaterina Fiodorovna, Musina Nurgul Maratovna
HISTORY AND DEVELOPMENT OF REPORTING IN SUSTAINABLE DEVELOPMENT