Number № 14

A.P. Savin, Ph.D. of Pedagogic Sciences, docent; S.P. Cherniy, Ph.D. of Pedagogic Sciences, docent
FSBEE HE Siberian Fire and Rescue Academy EMERCOM of Russia

The study of prospective safety hazards is primarily associated with information technology, and as a result with virtual reality. Nanotechnologies are increasingly entering our life; the question of their danger naturally arises. The advent of artificial intelligence, artificial consciousness, 3D-printers, laser devices, and robotics will change our lives in the future. They bring us dangers that we haven’t known yet.

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A. A. Melnik, Ph.D. of Engineering Sciences, Docent; A.V. Antonov, Ph.D. of Engineering Sciences; N.V Martinovich; O.S. Malyutin
FSBEE HE Siberian Fire and Rescue Academy EMERCOM of Russia

The article describes the process of creating an information system for calculating the areas of normative service time of fire departments. A description of the calculation method is given. The base of normative and guiding documentation in this area is given. The main stages of calculations which are further transferred to the algorithm of work with the information system are listed. The article describes the choice of cartographic basis and placement of fire units, the order and features of determining the boundary speeds of fire units. The main results of the work are given. In conclusion, the main directions of application of the information system are listed. It is concluded that the results may be of interest to the management of fire departments and the need for further development of the described system.

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O.S. Malyutin; S.A. Vasilev, Ph.D. of Engineering Sciences; P.A. Osavelyuk, Ph.D. of Engineering Sciences
FSBEE HE Siberian Fire and Rescue Academy EMERCOM of Russia

The paper provides an overview of different pump-hose systems computation methods in fire service. Emphasis is placed on approximation features of using methods. Declared concepts of straight and reverse pump-hose systems computation methods. Marks specific for each of them pros and cons. Making detailed overview of straight computation method and taking comparative analyze of complex pump-hose systems computation with different methods results. Especially marked pump-hose correct calculation practice significance from point of view of its effective construction and safety work. In the end of paper making conclusion about special software for pump-hose systems computation based on described methods development necessity and although about necessity to pay attention for correct construction and computation of them during fire service employee professional education process.

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I.A. Kaibichev¹, Doctor in Physical and Mathematic Sciences; E.I. Kaibicheva², Ph.D. of Economic Sciences
¹The Ural Institute of State Firefighting Service of Ministry of Russian Federation for Civil Defense;
²The Ural State University of Economics

The considered possibilities to aproximations of the temporary row amount fire in Russia for 2001-2017 most often used mathematical function.

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