System of personnel training in decision making in fighting wildfires

Dorrer, Georgy; Dorrer, Alexandra; Buslov, Igor; Yarovoy, Sergey

doi:10.1088/1757-899x/450/6/062018

Cited by 7 publications

(1 citation statement)

References 1 publication

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“…This shows that cultivating innovative enterprise talents also needs to pay attention to the intermediary role of enterprise leaders. Chen (2019) stated that the challenges faced by foreign employees come from the assigned tasks, unknown environment ( Dorrer et al, 2018 ), language barriers and cultural differences. Excessive pressure can cause ideological and psychological burdens on expatriates, and even cause physical symptoms ( Wu and Wu, 2017 ; Wu et al, 2019 ; Wu and Song, 2019 ).…”

Section: Introductionmentioning

confidence: 99%

Innovative Strategies for Talent Cultivation in New Ventures Under Higher Education

et al. 2022

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This study aims to help enterprises enhance their innovation capabilities in the environment of knowledge economy globalization and stand out in the fierce industry competition. Firstly, data on existing higher education theories and innovation theories are analyzed. Secondly, two companies in the sample data are selected for detailed analysis. Finally, research conclusion and corresponding talent management strategies are presented. The results show that the cumulative contribution value of employees is 87.496%. The cumulative contribution value of human capital is 70.322%. The contribution value of cumulative innovation performance is 61.658%. The cumulative contribution value of R&D investment is 45.306%. The coefficient for the overall sample size is 0.509. The employee quality coefficient is 0.452. The correlation coefficient for educational attainment is 0.598. The high-tech service industry has the highest correlation coefficient at 0.504. The auto industry has the highest coefficient at 0.669. The experimental research has drawn the following conclusion: (1) Talents positively affect enterprise innovation performance; (2) Research and Development (R&D) investment has a positive correlation with enterprise innovation performance; (3) R&D investment has a positive correlation with talents. Through experimental research, the education level of employees is measured by academic qualifications, but the essence of academic qualification measurement is the level of knowledge and skills that employees have. In summary, the study can extend the strategic analysis of the cultivation of innovative talents and play a valuable auxiliary role in cultivating innovative talents.

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Section: Introductionmentioning

confidence: 99%

Innovative Strategies for Talent Cultivation in New Ventures Under Higher Education

et al. 2022

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Using of Hamilton mechanics methods for modeling dynamic processes on the Earth surface

Dorrer

2019

J. Phys.: Conf. Ser.

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This paper presents the methods of mathematical modeling and managing on some dangerous dynamic processes on the Earth surface such as floods, wildfires, desertification, oil spills on the water surface and others. We call these processes by a common name - distribution processes. The Hamilton mechanics methods permit to describe uniformly wide class of dynamic processes - both the processes of control determined with the ordinary differential equations and the processes in the continuous beds. The basic model of the distributed processes was presented in form of Hamilton – Jacoby equation. The concept of the normal speed of the process front movement suggested. The indicatrix and figurotrise of spread, which determine the configuration of the distribution process, are introduced. A model of processes with dissipation is proposed. Classification of processes according to the degree of their mobility is given. Using the figurotrises a new approach to numerical modeling of the processes front propagation based on Godunov’s method of the movable grids proposed. Its essence is that the calculated grid is not given a priory, but it is determined by current solution of the problem. It moves and develops with the solution. The movable grid method can serve as a basis for creating agent models of propagation processes. A separate section of the paper is devoted to describing a method for managing the processes. In particular, the fundamentals of the so-called localization control, which consists in building an obstacle insurmountable for the process, are outlined. The proposed methods and algorithms are illustrated by numerical examples. The models presented in this paper was a theoretical basis for designing and developing some management systems of the distribution processes control.

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Modeling the spread of pests and forest fires to assess the quality of plant raw materials in the forestry complex

Marchenko

Yarovoy

Шуркина

2020

J. Phys.: Conf. Ser.

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The Krasnoyarsk Territory and the Siberian region as a whole have the largest reserves of forest resources among the regions of Russia. However, the problem of rational and integrated use of forest resources is becoming more and more urgent. The presence of a large volume of unclaimed wood resources, including in the form of wood damaged by pests and forest fires, requires the development of methods that allow processing such wood using the optimal technology. Such research has been carried out by the scientific laboratory “Deep processing of vegetable raw materials” of the Reshetnev Siberian State University of Science and Technology. For information support of such studies, it is necessary to be able to assess the volume of damaged wood based on the forecast of the dynamics of processes affecting wood, taking into account external control influences. The aim of this work is to develop models and algorithms with which this forecast can be carried out. The article discusses the processes of the spread of pests and forest fires as objects of modeling, examples of such processes are considered. A method for describing the dynamics of distributed processes in the language of classical mechanics, as well as an agent-based simulation model of the dynamics and localization of the processes of the spread of insect pests and forest fires, is presented. The work of the model is based on GIS data and is reflected on a map of the real area. The model uses several types of agents that imitate both the process itself and the fight against it.

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System of personnel training in decision making in fighting wildfires

Cited by 7 publications

References 1 publication

Innovative Strategies for Talent Cultivation in New Ventures Under Higher Education

Innovative Strategies for Talent Cultivation in New Ventures Under Higher Education

Using of Hamilton mechanics methods for modeling dynamic processes on the Earth surface

Modeling the spread of pests and forest fires to assess the quality of plant raw materials in the forestry complex

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