Development of a model of the service system of batch arrivals in the passengers flow of public transport

Раскін, Лев; Сіра, Оксана; Palant, Oleksii; Vodovozov, Yevgeniy

doi:10.15587/1729-4061.2019.180562

Cited by 2 publications

(1 citation statement)

References 4 publications

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“…The problem associated with long logistics supply chains of weapons and military equipment [11][12][13], in conditions of threats of martial law [14,15], in a heterogeneous transport network with transshipment, temporary storage and storage of military cargo. In existing papers, the issues of supplying military equipment in the conditions of a heterogeneous transport network and military threats aren't reflected [16,17].…”

Section: Introductionmentioning

confidence: 99%

Modeling of supply logistics and training of military personnel for the successful use of weapons in a combat area

Fedorovich

Chepkov

Lukhanin

et al. 2022

reks

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The problem of multivariate nature is formed and solved, which is related to the modeling of logistics actions regarding various military equipment and weapons that enter the zone of military conflict. The relevance of the research is related to the comprehensive solution to the problem of the logistical nature of the supply and mastering modern various weapons by the military to create parity of forces in the military conflict zone. The current study creates a complex of logistic methods and models that allow analyzing training of the military, supply of weapons, ammunition and spare parts to the zone of military conflict, for the successful implementation of the goals of the military operation. This article analyzes the problem of using modern and diverse military equipment, which needs to be solved by systematically presenting military training in logistics, supplying various weapons from various manufacturers to the area of combat operations. The optimization model has been created to select and justify the composition of suppliers of weapons, spare parts and ammunition, in the context of risks that arise in the production and transportation of military cargo in a heterogeneous transport network. Optimization is performed in conditions of conflicting criteria: the number of new weapons; time and costs for the production and supply of military equipment; logistical risks. To study dynamic processes in the logistics of supplying weapons, spare parts and ammunition, a model has been created that allows, with the help of simulation agents, the investigation of the paths of movement of military cargo under the conditions of military threats and possible excitation of critical vulnerabilities in the heterogeneous transport supply network. An algorithm for forming the optimal delivery route at the minimum time under risks has been developed. Simulation modeling is used to estimate the movement time of military cargo, delays in supply, accumulation of risks in cargo transportation, consequences of threats and vulnerabilities in supply logistics, etc. This study examines the process of training the military by mastering new competencies for the use of various modern weapons in combat conditions. Simultaneously, the short terms of training of military personnel and the logistics of their transportation to training centers are considered subject to the threats and risks of wartime. The effectiveness of the proposed approach is ensured by a systematic representation of the logistics of supplying various weapons, spare parts and ammunition to the conflict zone, and a comprehensive solution to the research tasks set. The scientific novelty of the conducted research is associated with the development of new methods and models based on system analysis. The following methods were used: simulation modeling, models for optimizing, competence model for acquiring new knowledge by the military personnel. The results of the study should be used to select and justify suppliers of new diverse weapons and military equipment, train the military to use modern kinds and types of weapons, plan routes and schedules for the supply of military cargo to the area of combat operations, in conditions of wartime threats.

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Section: Introductionmentioning

confidence: 99%

Modeling of supply logistics and training of military personnel for the successful use of weapons in a combat area

Fedorovich

Chepkov

Lukhanin

et al. 2022

reks

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Економічні Переваги Імітаційного Моделювання Транспортних Коридорів В Системах Vissim Та Visum

Захаров

2024

УЕЧ

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У статті розглянуті основні напрямки та принципи щодо перспектив розвитку транспортних систем українських міст в контексті створення розумних світлофорних об’єктів, які мають своєю кінцевою метою створення smart-коридорів, які, в свою чергу, мають мінімізувати затори на автошляхах та навести лад з організацією дорожнього руху. Розглядається економічна ефективність створення smart-коридорів та фактори, за рахунок яких вона досягається. Приділено увагу соціальному ефекту від впровадження цих заходів та необчислювальним економічним ефектам, що досягаються від їх впровадження. Більш загальною метою статті є надання доказів економічних переваг застосування методів імітаційного моделювання економічних систем на стадії до початку проєктування та будівництва. Отже, успішне керування дорожнім рухом є прикладом інновацій в сфері перевезення пасажирів та цілком узгоджується зі світовими тенденціями розвитку міського громадського транспорту.

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Development of a model of the service system of batch arrivals in the passengers flow of public transport

Cited by 2 publications

References 4 publications

Modeling of supply logistics and training of military personnel for the successful use of weapons in a combat area

Modeling of supply logistics and training of military personnel for the successful use of weapons in a combat area

Економічні Переваги Імітаційного Моделювання Транспортних Коридорів В Системах Vissim Та Visum

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