2011. No. 2

In the paper the new approach to dynamic scenario modeling, based on «Web-simulation» technology is discussed. The approach represents realization of forecasting models on an imitating modeling platform (in particular, Powersim Studio) integrated with Web-server anda database management system (DBMS). As a result the system provides the possibility of formation user-defined forecasting scenarios with preservation of modeling results in DBMSfor visualization and further analysis.

In this paper we review the resulst of the experience of the first Russian crowdsourcingproject. During this projects participants worked together on improving the draft text of the Russian Education Federal Law. A functional scheme the wiki community, which aimsat improving the some specific sections, articles and chapters of a legislative text is offered.Various aspects of the community work are examined. Indicated the direction of developmentof the ecosystem for crowdsourcing design text is discussed.

In this article the practical example of simulation model of a small industrial enterprise is considered for concrete building branch. The scheme movement of material, financial and information flows is presented. The description of construction model process and received results are presented.

The main goal of this article is critical evaluation of different modeling languages which may be used for administrative modeling in accordance with previously developed method. The results of evaluation may help in determining major functional characteristics of modeling languages and their affordability for the purposes of administrative modeling.

In current paper the problem of structured documents recognition is discussed. The system for printed form recognition is suggested including graph document model and method for model generalization based on learning examples.

In the paper the questions of information support systems for corporate governance and strategic management development are considered. Specific features of such systems as management objects are discussed, a methodological approach to their development is proposed. The generic scheme of development program for such systems includes stages of functional modeling (structured description of the system as a whole), dynamic modeling (presentation of the system’s parameters in terms of metrics, taking into consideration their time related changes) and planning stage (scenario choice, formulation of a concept of the system and a general plan for its development).