Authors
Selyavskiy Yu.
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Degree
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Smolensk Branch of Plekhanov Russian University of Economics |
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E-mail
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yurasel83@mail.ru |
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Location
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Smolensk |
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Articles
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Instrumental decision support in multiprojects management for metal production issue (part 1)The article discusses some new results obtained in the problem solving process of developing new
tools for assessing the viability of large innovative multiprojects in the metallurgical industry for the
new metal products issue. Accordingly, methods have been created for predicting the performance indicators
of enterprises participat-ing in such multiprojects. The results obtained are important to development
of economic-mathematical and instrumental methods for analyzing the effectiveness of
in-novation in the dynamic environment. A model has been created for the implementation of a large
innovative multiproject as part of the new metal production creation with the ability to carry out this
project stages by several participants. An assessment was made of the various components of the metallurgical
enterprises innovation potential and their external environment using dynamic growing pyramidal
networks and Kalman filtering. A computer actor-simulation model for implementation of
the organizational stage of production in the metallurgical complex has been developed. An organizational-
computational procedure and an information system for decision-making support to managing
a large innovative multiproject in the metallurgy and approving technical tasks for its subprojects. An
organizational-computational procedure and an information system for decision-making support to
managing a large innovative multiproject in the metallurgy and approving technical tasks for its subprojects.
The created economic and mathematical tools were used to develop recommendations for
the implementation of an innovative project carried out at the stage of semi-finished production for
future metal-made products.
Read more...
Instrumental decision support in multiprojects management for metal production issueThe article discusses some new results obtained in the problem solving process of developing new
tools for assessing the viability of large innovative multiprojects in the metallurgical industry for the
new metal products issue. Accordingly, methods have been created for predicting the performance indicators
of enterprises participat-ing in such multiprojects. The results obtained are important to development
of economic-mathematical and instrumental methods for analyzing the effectiveness of
in-novation in the dynamic environment. A model has been created for the implementation of a large
innovative multiproject as part of the new metal production creation with the ability to carry out this
project stages by several participants. An assessment was made of the various components of the metallurgical
enterprises innovation potential and their external environment using dynamic growing pyramidal
networks and Kalman filtering. A computer actor-simulation model for implementation of
the organizational stage of production in the metallurgical complex has been developed. An organizational-
computational procedure and an information system for decision-making support to managing
a large innovative multiproject in the metallurgy and approving technical tasks for its subprojects. An
organizational-computational procedure and an information system for decision-making support to
managing a large innovative multiproject in the metallurgy and approving technical tasks for its subprojects.
The created economic and mathematical tools were used to develop recommendations for
the implementation of an innovative project carried out at the stage of semi-finished production for
future metal-made products.
Read more...
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