海事自动化和应急处理。软件:设计、系统集成和质量

S. Elgåfoss, T. Skramstad, V. Dalberg
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引用次数: 1

摘要

海运业越来越多地使用基于软件的系统和组件,这对安全性、安全性和服务连续性构成了挑战。我们在一个为期两年的跨国联合工业项目中研究了船上自动化程度提高的风险。该研究还包括如何处理由于自动化系统故障而导致的紧急情况。作为研究的一部分,我们采访了几位来自船东、船舶运营商、船厂和设备供应商的个人。许多被采访的参与者都有管理集成在船上和相关系统上的软件的非正式的和特别的策略。本文确定了需要协议和支持系统来应对这些挑战。对生命周期过程、系统架构和质量保证的改进的明确需求也被确定为增加了与相关故障和失败的软件和软件集成的暴露的结果。本文就如何应对这些挑战提出了一些建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Maritime automation, and emergency handling - software: Design, system integration and quality
Increased usage of software based systems and components within the maritime industry is challenging with respect to safety, security and service continuity. We have studied the risks with increased automation onboard ships in a two year multinational joint industry project. The study also included how to deal with emergency situations due to automation system failure. As part of the study we interviewed several individuals from ship owners, ship operators, yards as well as equipment suppliers. Many of the interviewed actors have informal and ad-hoc strategies for managing the software integrated on ships and associated systems. This paper identifies the need for protocols and supportive systems to match these challenges. The explicit need for improvements in life cycle processes, system architecture and quality assurance is also identified as a consequence of the increased exposure to software and software integration with related faults and failures. The paper proposes some recommendations with the purpose of dealing with these challenges.
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