AUTOMATED SAFETY CONTROL SYSTEM FOR DRILLING COMPANIES
Kovalev, Yury S., head of the Rostekhnadzor Directorate for North Caucasus, e-mail: kovalevsko1@mail.ru kovalevsko1@mail.ru
Marinin, Sergey Yu., Cand.Tech.Sci., sernior lecturer of the Health and Safety Chair of the Kuban State Technological University, e-mail: leonartash@mail.ru leonartash@mail.ru
Pashinyan, Leon A., Cand.Tech.Sci., sernior lecturer of the Health and Safety Chair of the Kuban State Technological University, e-mail: leonartash@mail.ru leonartash@mail.ru
Pahinyan, Karen L., master's student, the Kuban State Technological University, e-mail: www.pashinian_78@mail.ru www.pashinian_78@mail.ru
УДК 622.24
Key words: Safety indicator, integral indicator of subsystem, input information, stable information, output information.
The paper concerns a system that has been developed to provide up-to-date safety information at a drilling facility. The basic function of the automated safety control system is to determine the safety status of a facility by analysing a composite safety indicator on the basis of integral safety indicators of different subsystems.
AUTOMATED SAFETY CONTROL SYSTEM FOR DRILLING COMPANIES
Kovalev, Yury S., head of the Rostekhnadzor Directorate for North Caucasus, e-mail: kovalevsko1@mail.ru
Marinin, Sergey Yu., Cand.Tech.Sci., sernior lecturer of the Health and Safety Chair of the Kuban State Technological University, e-mail: leonartash@mail.ru
Pashinyan, Leon A., Cand.Tech.Sci., sernior lecturer of the Health and Safety Chair of the Kuban State Technological University, e-mail: leonartash@mail.ru
Pahinyan, Karen L., master’s student, the Kuban State Technological University, e-mail: www.pashinian_78@mail.ru
Key words: Safety indicator, integral indicator of subsystem, input information, stable information, output information.
The paper concerns a system that has been developed to provide up-to-date safety information at a drilling facility. The basic function of the automated safety control system is to determine the safety status of a facility by analysing a composite safety indicator on the basis of integral safety indicators of different subsystems.
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