Математическое моделирование процессов  в научно-производственной кооперации

S. L. Kim; N. P. Shamaeva

Authors

S. L. Kim Institute of Mechanics UB RAS
N. P. Shamaeva Udmurt State University

Keywords:

science and industry cooperation, dynamics mathematical model, linearized dynamic equation, logistic curve

Abstract

In many aspects prospects of development of Russian economy depend on the solution of the problem of creating conditions for sustained economic growth which, first of all, assumes high-quality changes. Only in this case it is possible to hope that Russia will keep the territorial integrity. A mathematical model of the scientific-production cooperation, which adequately describes the dynamics of the variables characterizing the activity, is given. The model can be the basis for the formulation and solution of problems of the theory of optimal control of the interaction of science and industry.

Author Biographies

S. L. Kim, Institute of Mechanics UB RAS

PhD (Physics and Mathematics)

N. P. Shamaeva, Udmurt State University

PhD in Economics, Associate Professor

References

Шамаева Н. П. Оценка современного состояния и возможных перспектив развития научно-производственной кооперации в Удмуртской Республике // Вестник Удмуртского университета. – 2012. – № 2-3. – С. 80–85.

Шамаева Н. П., Мохначев К. С. Интеграция образования, науки и бизнеса в регионе в условиях модернизации экономики // Экономика образования. – 2012. – № 5. – С. 46–53.