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Measuring Software Complexity to Target Risky Modules in Autonomous Vehicle Systems

机译:测量软件复杂度以定位自动驾驶汽车系统中的风险模块

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We established that there are metrics and related threshold values for software quality attributes like reliability, maintainability, and ease of integration. There are tools that quickly compute these values without running the application. Scatter graphs help us visualize the modules belonging to the quadrant of unreliable and hard to maintain domain. To prioritize which modules to select for analysis, the tool's standard threshold values were increased. The rationale was one of team software maturity level and the need to meet delivery of the application in four months. This helped focus the developers on the most at-risk modules. Moreover, software developers can tactically select which modules need peer-reviews based on the module's code complexity. Program managers can set realistic times to fix code based on the use of unstructured code.
机译:我们建立了针对软件质量属性的度量标准和相关阈值,例如可靠性,可维护性和易于集成性。有一些工具可以在不运行应用程序的情况下快速计算这些值。散点图可帮助我们可视化属于不可靠且难以维护的域的象限的模块。为了优先选择要分析的模块,增加了该工具的标准阈值。理由是团队软件的成熟度之一,也是在四个月内满足交付应用程序的需要。这有助于开发人员将精力集中在风险最高的模块上。此外,软件开发人员可以根据模块的代码复杂性从策略上选择哪些模块需要同行评审。程序管理者可以根据非结构化代码的使用设置实际时间来修复代码。

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