Systems Analysis and Modeling of Integrated World Systems

Edited by : Veniamin N. Livchits,
Department of Economics, Institue for Systems Analysis, Russian Academy of Sciences, Russia

Vladislav V. Tokarev,
Department of Mathematics, Moscow State University - Higher School of Economy, Russia

1. Philosophical and General Theoretical Foundation of Applied Systems Analysis

Vadim Nikolaevich Sadovsky, Department of Philosophy, Institute for System Analysis, Russian Academy of

Sciences, Russia

Systems Approach and Systems Analysis

Vadim Nikolaevich Sadovsky, Department of Philosophy, Institute for System Analysis, Russian Academy of

Sciences, Russia

History of Systems Analysis

Vadim Nikolaevich Sadovsky, Department of Philosophy, Institute for System Analysis, Russian Academy of

Sciences, Russia

Systems Analysis and Prakseology

Systems Analysis and Second Order Cybernetics

Stuart A. Umpleby, Research Program in Social and Organizational Learning, The George Washington University, USA

Theory of Developing Systems

The Problem of Wholeness in Systems Analysis

G.A. Smirnov, Russia

2. Methodological Fundamentals of Applied Systems Analysis

Principles and Global Scheme of Applied Systems Analysis

Veniamin N. Livchits, Department of Economics, Institue for Systems Analysis, Russian Academy of Sciences,

Critical Systems Thinking

From Hard to Soft Systems Methodology

Vladimir V. Kelle, Russia

Systems Analysis of Knowledge

V.N. Kostiuk, Institute for Systems Analysis, Russian Academy of Sciences, Russia

Systems Analysis and Knowledge Organization

3. Systems Analysis of Global Development Processes

Systems Analysis and Humanities

Systems Analysis of Demographic Processes

Systems Analysis and Global Sustainable Development

Sergey V. Dubovsky, Institute for System Analysis, Russian Academy of Sciences, Russia

Systems Analysis of World Economic Development Processes

Natural Resources as an Element of the Society-Nature System

Alexander A. Arbatov, RAN Council on Production Forces, Russian Academy of Sciences, Russia

Elena R. Orlova, Department of Economics, Institute of System Analysis, Russian Academy of Sciences, Russia

Systems Analysis of Economic Policy

Mikhail G. Zavelsky, Institute for System Analysis, Russian Academy of Sciences, Russia

Systems Analysis of Social and Political Development Processes

4. Applications of Systems Analysis to Sustainable Development Issues

Systems Analysis of Planning Processes

Emile M. Quinet, Ecole Nationale des Ponts et Chaussees, France

Systems Analysis of Regional Development Processes

Mikhail G. Zavelsky, Institute for System Analysis, Russian Academy of Sciences, Russia

Systems Analysis of Energy Processes

Alexei A. Makarov, The Energy Research Institute, Russian Academy of Sciences, Russia

Systems Analysis of Transport Performance and Development

Elmar Ilja Pozamantir, Institute for Systems Analysis, Russian Academy of Sciences, Russia

System Analysis of Investment Efficciency Assessment Decision

Veniamin N. Livchits, Department of Economics, Institue for Systems Analysis, Russian Academy of Sciences,

Systems Analysis of Financial Markets: An Overview

Anatoli A. Pervozvansky, (Deceased), St - Petersburg'sTechnical University, Russia

Pyotr Lvovich Vilensky, Institute for System Analysis, Russian Academy of Sciences, Russia

5. Fundamentals of Mathematical Modeling and Simulation

Fundamentals of Mathematical Modeling for Complex Systems

Yu. N. Pavlovsky, Computing Center of Russian Academy of Sciences, Russia

Fundamentals of Simulation for Complex Systems

Yu. I. Brodsky, Computing Center of Russian Academy of Sciences, Russia

Vladislav V. Tokarev, Department of Mathematics, Moscow State University - Higher School of Economy, Russia

Macrosystem Models in Systems Analysis

Yuri S. Popkov, Russia

Modeling and Simulations Techniques

Nicholas N. Olenev, Department of Mathematical Modeling of Economic Systems, Dorodnicyn Computing Center of the Russian Academy of Sciences, Russia

Simulation Software

Yu. I. Brodsky, Computing Center of Russian Academy of Sciences, Russia

Life Circle Processes for Model Definition and Deployment

Yu. N. Pavlovsky, Computing Center of Russian Academy of Sciences, Russia

6. Modeling Methodologies for Global Models

Expert Opinion Models

Cross-Impact Models

Input-Output Models

I.N. Tcheremnykh, The Faculty of Economics, Moscow State University, Russia

Finit State Models

Differential Equation Models

Yuriy N. Ivanov, Department of Mathematic Economics, Institute for System Analysis, Russian Academy of

Sciences, Russia

Systems Dynamic Models

Yuriy N. Ivanov, Department of Mathematic Economics, Institute for System Analysis, Russian Academy of

Sciences, Russia

Imitation of Expert Judgement

Oleg Ivanovich Larichev, Institute for System Analysis, Russian Academy of Sciences, Russia

7. Global Environmental Models

Models for Global Environmental Assessments and Projections

Models of Biosphere Processes

Alexander M. Tarko, Computing Center, Russian Academy of Sciences, Russia

Models of Catatrophes

V.V. Velichencko, Moscow Institute for Physics and Technology, Russia

8. Socioeconomic Models

Microeconomic Growth Models

Yuriy N. Ivanov, Department of Mathematic Economics, Institute for System Analysis, Russian Academy of

Sciences, Russia

Macroeconomic Growth Models

Sergey V. Dubovsky, Institute for System Analysis, Russian Academy of Sciences, Russia

Models of Socioeconomic Development

Alexandr A. Petrov, Department for Economic Systems Modeling at the Computing Center of Russian Academy of

Sciences, Russia

Regional Socio-Ecology-Economic Models

Christophe Deissenberg, Department of Economics, Université de la Méditerranée (Aix-Marseille II), France

Vladimir I. Gurman, Program Systems Institute, Russian Academy of Sciences, Russia

Organizational Models

Mathematical Models of Corruption

M. I. Levin

9. Population Models

Models of Population Demographic Issues

Models of Poverty and Social Injustice

Models of Public Health Systems

Simulation in Historical Investigation

Yu. N. Pavlovsky, Computing Center of Russian Academy of Sciences, Russia

Simulation in International Relations Investigations

Mathematical Models of Migration Processes

10. Technological Models

Models of Technological Systems

V.K. Isaev, Central Aerohydrodynamic Institute (TSAGI), Russia

Modeling of Large-Scale Systems Development

A.D. Tsvirkin, Institute for Control Sciences, Russian Academy of Sciences, Russia

Emerging Technology Infusion Models

Mathematical Modeling in Complex Technical Systems Design

Mathematical Modeling of Physical Phenomena

Information Technology Systems Analysis

Vladimir B. Britkov, Russia


 

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