Authors
Strakhov A.
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Degree
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Dr of Technique, Professor, AO GPTP «Granit» |
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E-mail
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a.f.strakhov@mail.ru |
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Location
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Moscow |
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Articles
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Situation management center of combat readiness of arms and military equipment aerospace defense of the Russian FederationWays of increase of efficiency of permission of the emergency situations arising on samples of arms,
military and special equipment (AME) of Aerospace defense of the Russian Federation with use of an
experimental sample of the Center of situational management of JSC «GPTP «Granit» (CSM) are considered.
CSM is a comprehensive distributed automated information management system in the area
of responsibility of which is the entire territory of the Russian Federation. The purpose of the CSM
is the information support of the activities of all participants in the work to provide the required level
of readiness AME aerospace defense groups. The key task solved by enterprise’s situational management
system is to ensure the continuity of the production process. This task includes the implementation
of condition monitoring of work for all contracts and a comparison of this condition with the
approved production plan. It is necessary to continuously monitor the presence and location of all resources,
as well as the financial performance of each order, the deviation from the schedule planning,
etc. CSM provides display of geographically distributed objects in relation to the respective orders
as icons on the map. This provides the ability to view the main parameters characterizing the state of
the service facilities or work progress. For effective implementation of complex information technology,
on which the work is considered the CSM, it requires skilled engineering staff. «GPTP «Granit»
solves this problem on the basis of targeted training in cooperation with the Faculty of Information
Technologies of Moscow University for Industry and Finance «Synergy».
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The use of information technologies at the stages of the life cycle of complex technical systems
The article summarizes authors’ experience of application of information technologies to support
the life cycle of complex technical systems (CTS), accumulated independently in the field of
creation and administration of such technologies in various industries, from the viewpoint of quality
management [1]. Products related to the category of CTS have a number of significant features
which make higher demands on the organization of their life cycle (LC). The creation of CTS is
usually done interacting collection of companies and organizations that require appropriate management
of their work at various stages of the life cycle. Expenses for creation of CTS pays off due
to their use over a long service life. Integrated indicator of CTS quality may serve as an indicator
of the effectiveness of CTS in the appointment during his lifetime. With the exception of the stage
of operation (which is realized the beneficial effects from the use of the product), the remaining
stages of the lifecycle are costly. The effectiveness of the lifecycle management of CTS largely depends
on the choice of means and methods of process management and lifecycle resources. In scientific
and technical literature and promotional materials of some firms are approved on the application
of homogeneous PLM systems [3, 4]. The analysis of the structure of events and resources
in the lifecycle of CTS (see Fig. 1 and Fig. 2) shows that the effective application of homogeneous
PLM systems is impossible. An integrated life-cycle management system of CTS should be based
in a geographically distributed heterogeneous information networks, which is a collection of autonomous
problem-oriented information systems, developing independently, provided preserve information
compatibility.
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