Open AccessMathematical and mental modeling for ecological reconstruction of the environment of construction objects
Author(s) -
Михаил Слесарев,
Arthur Kovrigin,
Julia Kafanova
Publication year - 2020
Publication title -
iop conference series. materials science and engineering
Language(s) - English
Resource type - Journals
eISSN - 1757-899X
pISSN - 1757-8981
DOI - 10.1088/1757-899x/869/6/062017
Subject(s) - computer science , process (computing) , gadget , analogy , management science , human–computer interaction , artificial intelligence , engineering , philosophy , linguistics , algorithm , operating system
It seems very timely and relevant mathematical and mental modeling for ecological reconstruction of the environment of construction objects because it is almost the first attempt to algorithmize, by analogy with artificial intelligence, the modeling processes for managing the activities of the decision-making Manager, and helps to algorithmize the decision-making processes by placing mental models in the conscious activity of the Manager, and mathematical models in his personal gadget for environmental reconstruction. For a simple case of ecological reconstruction, oral calculations are sufficient, or you can use a verbal (mental) model, in a more complex case, you will need a sheet of paper to analyze the problem problem, and in an even more complex case, you will need a computer for modeling, and finally, you can use a special optimization computer program. Any modeling is aimed at making adequate management decisions. Modeling using computer tools, including mobile gadgets (iPhones, smartphones, tablets, etc.) becomes a common stage in decision-making in all areas of activity, in managing any process and achieving the desired result. Therefore, the development of modeling methods and techniques, the principles of building mental and mathematical models, and the choice of means for their implementation, using modern software products, is of paramount importance today for supporting decision-making by a Manager, engineer, designer, designer, Manager, business analyst, etc. The problem of the innovation process in energy construction cannot be solved without using mathematical tools. The human brain is not able to predict all possible consequences of innovation in a timely manner, so forecasting and modeling the future and consequences of the innovation process requires simulation based on mathematical and mental modeling for its solution. Examples of models of ecological reconstruction of the environment of construction objects are given.