INTEGRATION OF DIGITAL TECHNOLOGIES IN ENSURING FIRE SAFETY OF SHIPBUILDING FACILITIES

Ksenia Melnikova, Roman Kalashnikov, Grigory Orlov
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Abstract

Fires occur almost every year on ships and ships under construction and repair. In the case of ship repair docks and shipyards, evacuation of people in case of fire is complicated by the volume of fire-hazardous and fire works. To solve this problem, it is proposed to use artificial intelligence technology, which will take into account the place of ignition, the rate of fire spread and the influence of fire hazards. To optimize and improve the efficiency of paperwork, it is proposed to use the technology of «big data» (Big Data). It will allow you to receive and analyze simultaneously several dozen processes taking place at the facility: routine maintenance, serviceability of fire protection systems and the availability of qualifications for an employee performing fire work. The practical significance of the proposed measures lies in their use to increase the effectiveness of fire prevention at shipbuilding facilities.
整合数字技术,确保造船设施的消防安全
几乎每年都会在建造和维修中的船舶上发生火灾。在修船坞和造船厂,火灾发生时的人员疏散工作因火灾危险品和消防工程的数量而变得复杂。为解决这一问题,建议采用人工智能技术,将着火点、火势蔓延速度和火灾隐患的影响考虑在内。为了优化和提高文书工作的效率,建议使用 "大数据"(Big Data)技术。这将使您能够同时接收和分析设施中发生的几十个过程:日常维护、消防系统的可维护性以及执行消防工作的员工是否具备资格。拟议措施的实际意义在于利用这些措施提高造船设施的防火效率。
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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