Discrete-Event Modeling of the Critical Parameters of Functioning the Products of Infrastructure Projects at the Planning Stage

Zachko, Oleh; Kobylkin, Dmytro

doi:10.1109/stc-csit.2018.8526629

Cited by 8 publications

(2 citation statements)

References 1 publication

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“…Models of safety management in development of projects related to complex organizational and technical systems are described [19]. The critical parameters of discreteevent mod eling of the products of infrastructure projects at the planning stage are studied [20].…”

Section: Information Technologies Systems Analysis and Administrationmentioning

confidence: 99%

Models of technical systems management for the forest fire prevention

Zachko¹,

Chalyy²,

Kobylkin³

2020

Nauk. visn. nat. hirn. univ.

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Today, in Ukraine and in the world, despite the rapid development of science and technology, there is a problem of developing as well as improving and adapting information, organizational and technical systems capable of preventing forest fires. The object of the study is the process of identification and formation the parameters of safetyoriented management of technical systems of forest fire prevention.Purpose. To develop new approaches to the safetyoriented project management of technical systems of forest fire prevention, and their modeling, based on the principles of system analysis.Methodology. Using the general scientific principles and fundamental provisions of the project management methodology, including system analysis, modeling tools, proactive and reactive management mechanisms, we form a triad of creating the con cept of designing a portfolio of technical systems for environmental protection against forest fires. findings. A conceptual triad of modelscheme of formation of the portfolio of projects of technical systems for protection of environment from forest fires is presented. A cybernetic model of the "black box" for decision making management during the implementation of the project of the technical system of forest fire prevention is adapted; the impact of factors that may occur under the influence of turbulent internal and external environment on the project is described. A safetyoriented model of project management of the technical system of forest fire prevention is developed, which is characterized by the presence of subphases of the life cycle, which are critical places of the project, have their own time frame of operation and resource consumption.originality. The model of safetyoriented project management of the technical system of forest fire prevention is developed and subphases in the basic phases of the project life cycle are identified. The developed models are adapted for use in different countries because they are formed in accordance with international standards for project, programs and portfolio of projects management P2M, PmBok, PRINCE2, AGILE, KANBAN.Practical value. It is possible to use the obtained results in the practical activities of project, operational and management teams of authorities, emergency services and managers in the formation of national projects to prevent forest fires.

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Section: Information Technologies Systems Analysis and Administrationmentioning

confidence: 99%

Models of technical systems management for the forest fire prevention

Zachko¹,

Chalyy²,

Kobylkin³

2020

Nauk. visn. nat. hirn. univ.

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“…Аналіз останніх досліджень та публікацій. Розробці науково-методичних засад управління часом та зацікавленими сторонами проектів значну увагу приділено в роботах [3][4][5][6]. У цих працях запропоновано методологічні засади, принципи, методи, моделі ризик-орієнтованого підходу, які забезпечують вирішення задач управління ризиками, ресурсами, фінансами, часом та якістю проектів і програм.…”

Section: методи та моделі безпеко-орієнтованого управління зацікавленunclassified

Methods and Models of Safety-Focused Stakeholder Management in Civil Protection Projects

2019

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The information analysis of successful practices of implementation of life safety projects was conducted, which allowed determining necessary models and methods of safety-focused stakeholders management in civil protection projects. Fire risk assessment at public gathering places has shown that the risks of human deaths in such structures to a large extent depend on the duration of the maximum permissible values of dangerous fire factors, which make it impossible to conduct safe evacuation of people. Improving the effectiveness of the implementation of the program for the creation and development of a security system at public gathering places, which include protective structures, requires the use of methods and models based on the use of information technology, system approach and security-focused man-agement. To construct stakeholder management models, based on the analysis of causative relationships and the use of the Japanese P2M knowledge system, a conceptual model of security-focused project management in the civil protec-tion system was initially constructed, which takes into account: the state of the turbulent environment of civil protection projects implementation, scale of emergency situation, key factors for the success of civil protection projects implemen-tation, regulatory framework of Ukraine and world methodologies for project management, physiological and physio-logical condition of people, strategic objectives, and performance indicators. Stakeholder management models reflect the evacuation routes of traffic flows from the public gathering places to the shelter facility, as well as the parameters that influence the movement of people in separate evacuation areas that need to be taken into account when calculating the time of implementation of civil protection projects. Using system analysis and topological synthesis of flexible technological lines, the mathematical apparatus describing the stakeholder management in civil protection project, the requirements of the regulatory framework for ensuring safety of people in protective structures, the calculation of opti-mal placement of people in the shelter facilities, which makes it possible to implement the project of ensuring the safety of people at the public gathering places in the neighborhood of the Lviv State University of Life Safety.

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Models of the Life Cycle of Forming Project Teams in a Security-Oriented System

Zachko

Kovalchuk

2020

2020 IEEE 15th International Conference on Computer Sciences and Information Technologies (CSIT)

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Discrete-Event Modeling of the Critical Parameters of Functioning the Products of Infrastructure Projects at the Planning Stage

Cited by 8 publications

References 1 publication

Models of technical systems management for the forest fire prevention

Models of technical systems management for the forest fire prevention

Methods and Models of Safety-Focused Stakeholder Management in Civil Protection Projects

Models of the Life Cycle of Forming Project Teams in a Security-Oriented System

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