An Analysis of Factors Affecting Software Safety in the Aerospace Industry

Wenlu Li, Qiuying Li
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Abstract

This paper presents the results of an empirical investigation of the factors that affect software safety based on an online survey with 99 practitioners from Chinese aviation organizations. The study proposes twenty potential factors covering five different categories (e.g., requirements, coding, testing, safety analysis, others). The survey focuses on the perspectives of the primary participants, managers, programmers, testers, consisting of a Likert scale evaluation of factors and questions about the participants' background. Many statistical analysis techniques, such as the relative weight method, correlation analysis, factor analysis and analysis of variance technique, are taken to analyze these factors. The findings are of great significance for further research and guidance on the development of safety-critical software. For practitioners, it provides estimates and quick guidance for software safety. The studies in this paper will be useful to the software safety community in aerospace industry as well as the wider software development community.
航空航天工业软件安全影响因素分析
本文通过对中国航空组织99名从业人员的在线调查,对影响软件安全的因素进行了实证研究。该研究提出了20个潜在因素,涵盖5个不同的类别(例如,需求、编码、测试、安全分析等)。调查集中在主要参与者、经理、程序员、测试人员的观点上,包括对参与者背景的因素和问题的李克特量表评估。采用了相对权重法、相关分析、因子分析、方差分析等统计分析技术对这些因素进行分析。研究结果对进一步研究和指导安全关键型软件的开发具有重要意义。对于实践者来说,它提供了软件安全的估计和快速指导。本文的研究将对航空航天行业的软件安全社区以及更广泛的软件开发社区有所帮助。
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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