浮动码头压载决策支持系统的移动应用

Q3 Social Sciences

Journal of Mobile Multimedia Pub Date : 2024-05-06 DOI:10.13052/jmm1550-4646.2033

Andriy M. Topalov, Yuriy P. Kondratenko, Anatolii Shevchenko, Valeriy Zaytsev, Oleksiy Kozlov, Dmytro Zaytsev, Volodymyr Golikov

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引用次数: 0

摘要

本文致力于通过开发决策支持系统的移动应用程序来提高船坞作业的自动化水平，该系统能够确定在设置和下水船舶时向浮动船坞舱室装载压舱物的最佳方案。建议的决策支持系统和移动应用程序可以根据船舶对浮动船坞影响的数学计算和压载规则，在船舶停靠前对浮动船坞进行有效压载。为了测试所开发的系统，本文介绍了移动应用程序在计算一艘 4100 吨级船舶靠岸过程中的运行情况。特别是，通过图形显示船舶 20 个部分对浮船坞 6 个浮桥的影响分布，计算了该船舶的负载力。因此，该决策支持系统与实施的移动应用程序具有界面方便、易于操作的特点。它可以为船坞管理者提供决策数据和建议，并在运行过程中主动补充已停靠船只的数据库。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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A Mobile Application of a Decision Support System for Ballasting a Floating Dock

This paper is devoted to increasing the automation level of docking operations through the development of a mobile application for a decision support system capable of determining the optimal option for loading ballast into floating dock compartments when setting up and launching ships. The proposed decision support system and the mobile application allow implementing effective ballasting of the floating dock before docking the ship based on mathematical calculations of the impact of the ship on the floating dock and the ballasting rules. To test the developed system, the paper presents the functioning of the mobile application for a case of calculation of the docking up process of a 4,100-ton ship. In particular, the load forces of this ship are calculated with a graphical display of the distribution of the influence of 20 sections of the ship on 6 pontoons of the floating dock. As a result, this decision support system with the implemented mobile application has the characteristics of a convenient interface and is easy to operate. It can provide the dockmaster data and suggestions for decision-making, and during its operation, it is actively replenished with a database of the docked up ships.

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来源期刊

Journal of Mobile Multimedia Social Sciences-Communication

CiteScore

1.90

自引率

0.00%

发文量

期刊介绍： The scope of the journal will be to address innovation and entrepreneurship aspects in the ICT sector. Edge technologies and advances in ICT that can result in disruptive concepts of major impact will be the major focus of the journal issues. Furthermore, novel processes for continuous innovation that can maintain a disruptive concept at the top level in the highly competitive ICT environment will be published. New practices for lean startup innovation, pivoting methods, evaluation and assessment of concepts will be published. The aim of the journal is to focus on the scientific part of the ICT innovation and highlight the research excellence that can differentiate a startup initiative from the competition.