REVIEW OF RESEARCHES OF RELIABLE FUNCTIONING OF OPERATORS OF COMPLEX TECHNICAL SYSTEMS "HUMAN - MACHINE" IN PLANT GROWING

Andriy Nоvitskiy
Abstract

There is presents the relevance and importance of information technology of human operator and warehouse of folding technical system "human -machine" in the article. The review of the literary sources was carried out in what was called the efficiency of the function of the operator in the agricultural machinery and machine-tractor aggregates in crop production. There is presented the analysis of technological processes in agriculture on applied and grain crops, production grain and feed, transport and wake-up systems in the article. The functioning of operators of mechanized crop production processes is considered in thefollowing specialties: tractor driver, combine operator, locksmith of mobile service point. The analysis of influence of professional qualities and productivity of operator on change of productivity of grain harvesting units is carried out. The mathematical models for determination of coefficients of readiness and probability of faultless operation of systems in crop production are analyzed. To calculate the reliability of the systems "human -machine" it is proposed to use analytical dependencies that take into account the influence of the components of the probability of occurrence of operator errors and the probability of failure of the machine. One of promising directions of training and advanced training of machine operators in crop production is use of simulators. The effective training of specialists of different categories is formation of their professionally important qualities. Educational and professional training of operators of complex technical systems "human -machine" should be conducted on basis of advanced and continuous education. 

Keywords

reliability, system, operator, machine, unit, plant growing, refusal

Suggested citation
Nоvitskiy, A. (2018). REVIEW OF RESEARCHES OF RELIABLE FUNCTIONING OF OPERATORS OF COMPLEX TECHNICAL SYSTEMS "HUMAN - MACHINE" IN PLANT GROWING. Machinery & Energetics, (282), 226-244.
References
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