Socio-economic systems sustainable development logical and structural scheme forming

One of the main objects ofRussian economy at this moment is modernization. Economy modernization implies development on an innovation base that presupposesboth the development of conceptually new technologies, including managerial ones, and the usage of the best foreign experience of the leadingworld states. Transformation of social and economic relations, characterized by a high track record of all economic processes, has begun.The concepts of management, capable of providing the economic growth stability, with provision for social and ecological factors arebecoming particularly significant. The conception that meets the case is sustainable development. It allows overcoming constantly appearingcrisis situations on all levels of management (federal, regional, local). National economy sustainable development rests upon its regionssustainable development (Russian sustainable development model feature), and the latter depends on municipal regions. Economic, socialand ecological problems must be solved to ensure national economy, region and municipal region sustainable development. It is necessaryto create an integral information complex that will help to estimate the sustainable development level of socio-economic systems key aspects.The purpose of this information complex is sustainable development results tracing and efficient managerial decision ensuring. Thesystem approach as one of the basic research principles has made it possible to identify basic subsystems, elements, connections, aims, andfunctions, to formulate logical and structural scheme of a sustainable development management system. The logical and structural schemeof socio-economic systems sustainable development management system consists of the following elements: aggregate economic potentialimpartially existing on a specified territory becomes a sustainable development management system input. Then we describe the wholerange of elements (preconditions, socio-economic system levels and this systems sustainable development components), which generate themanaging subsystem. The managing subsystem sustainable development state can be traced by the integral information complex (informationsubsystem). Sustainable development state monitoring and estimation will make it possible to define its level (integral estimation that isthe system output). On the basis of this information the managerial subsystem (government bodies) can define zones demanding priorityattention, provide efficient policy capable of changing the managing subsystem function conditions to increase sustainable developmentlevel and peoples life quality as a result, based on efficient innovative economy and nature wealth preservation.

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