Stability of the decisions accepted at maintenance of functioning of organizationaltechnical systems, is understood as their ability to keep the urgency in the conditions of action
of various stirring factors. Methods and numerical algorithms of an estimation of stability of
two classes of decisions in such systems are offered. Decisions of vertical type concern the
first class "the head-subordinate" which stability is treated on Nash. As the decisions which
infringement is unprofitable to infringers, whether it be the head or subordinates. The
decisions of horizontal type accepted at level of interaction of subordinates which stability is
treated on A.M. Lyapunov when the estimation of stability of investigated object is reduced to
a question on existence of the stationary not trivial decision of system of the differential
equations describing dynamics of this object concern the second class. For both classes of
decisions formal conditions of maintenance of stability come to light and the algorithms are
developed, allowing to establish stability level in typical situations. Algorithms are realised in
integrated TURBO PASCAL environment with application of procedures and functions
VISUAL BAISIC, DELPHI and C ++, focused on an application creation under control of
Windows 7. Numerical experiment proves their convergence. The methods described in article
can find practical application as the tool of support of decision-making at management
difficult dynamic system of organizational-technical type.
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Orlova Darya Evgenievna
Email: victor_novo@mail.ru
Voronezh institute of the Federal Penitentiary Service of Russia
Voronezh, Russian Federation
