Abstract
The aim of the paper is to present the role of the human element in regularly used man-machine systems (MMS). From the technical point of view, it is possible to denote the human being and the machine as two components of one system. In the second part of the article, the authors introduce the results obtained through simulations of the human driver model; these simulations are focused on the quality of the control process. The structure of the model facilitates the detection and analysis of human error identifiers.
Highlights
The human operator is a powerful, universal and effective regulatory element capable of solving unexpected situations quickly and adapting itself flexibly to the various operating conditions that characterize an machine systems (MMS) system
There is a significant aspect of difference between the human operator and a commercial regulator: the human mind
The growing number of aeroplane crashes, chemical plant accidents, and disasters related to dangerous operations has led to increased interest in human functions within MMS systems
Summary
The human operator is a powerful, universal and effective regulatory element capable of solving unexpected situations quickly and adapting itself flexibly to the various operating conditions that characterize an MMS system. Based on his or her own experience, the human being executes and implements regulatory interventions, whose quality depends on the operator’s knowledge and practice. There is a significant aspect of difference between the human operator and a commercial regulator: the human mind This specific property enables the operator to integrate their brain, whose functions cannot be later excluded or overridden, into the regulation process
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