The article deals with the seemingly eternal problem of the human control element in the context of vehicle control. In relation to the marine environment, the main characteristics are identified and the complexity of the task itself is shown, which naturally negatively affects the ability to calculate elements that affect this human control element. It is concluded that there is a need for a descriptive means for the state of the human element and its mandatory measurability. To do this, the decision-making process is described using the theory of map-ping sets by a system in two levels, with a division into interpretation and action. The errors of these processes are also highlighted. A fundamentally new descriptive element omicronion is proposed. Further, transfor-mations are proposed to find omicronion parameters from a series of human observations. The principle of taking into account the temporal characteristics of the human element, as well as the descriptability of this by probabilistic characteristics, is also explained, and if uncertainty appears in the experimental data, then this is eliminated by omicronion
Omicronion, human element in navigation, human factor
1. OKae Doki, Kohjiro Hashimoto, Shinji Doki, Shinegeru Okuma and Akihiro Torii 2010 11th Int. Conf. Control, Automation, Roboti Estimatiom of next human behavior and its timing for human behavior support. 952-957.
2. Toshihtio Ikenishi, Takayoshi Kamada 2014 IEEE International Conference on Systems, Man, and Cybernetics Estimation of Driver’s Steering Direction about Lane Change Maneuver at the Preceding Car Avoidance by Brain Source Current Estimation Method. 2808-2814.
3. Mamoru Saito, Katsuhisa Kitaguchi, Hiroyuki Nishida and Masafumi Hashimoto 2009 ICROS-SICE International Joint Conference Human Behavior recognition Using Regression Models. 4647 - 4650.
4. Studenikin D.E., KHekert E.V., Modina M.A. 2018 List of publications of the members of the dissertation board d 223.007.01 gmu in the journal "marine intelligent technologies" (Web of science) Forecasting vessel movement using hierarchical fuzzy logic systems. #1(39), p.1
5. Osnovy neyrokibernetiki/ pod redakciey professora Rysharda Tadeusevicha; per. s pol'sk. I.D. Rudinskogo. - M.: Goryachaya Liniya - Telekom, 2015. 372 s., il.
6. Kolmogorov A.N., Fomin S.V.Elementy teorii funkciy i funkcional'nogo analiza. Izd. 7.-M., 2023.- 572 s..
7. Rutkovsky L 2010 Methods and techniques of artificial intelligence (Moscow: Hot Line - Telecom)
8. Saati T 1993 Decision making. Method of analysis of hierarchies (Moscow: Radio and Communication)
