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2023 IEEE/ACM 11th International Workshop on Software Engineering for Systems-of-Systems and Software Ecosystems (SESoS)最新文献

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SESoS 2023 Workshop Organizers SESoS 2023研讨会组织者
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引用次数: 0
The Role of Software Trust in Selection of Open-Source and Closed Software 软件信任在开源和封闭软件选择中的作用
Fang Hou, Floris M. Jansen, A. D. Vries, S. Jansen
Software selection is a critical part of any software engineering project, as projects depend on a rich ecosystem of components and frameworks. Software engineers always find it challenging to select a trustworthy software product despite the availability of a large number of software selection tools. This study explores the trust factors in open-source and closed software selection from a practitioner’s perspective, to gain insight into perceptions of software trust. To this aim, we conducted semi-structured interviews with 24 software practitioners from different businesses, including 12 experts in open-source software selection and 12 experts in closed software selection. By summarizing we found: (1) software selection is affected by three categories of factors, being technical, organizational, and structural assurance factors; (2) the most important factors are technical factors and organizational factors; and (3) software selection process and trust factors differ depending on the project risk tolerance. In addition, we compared the trust factors derived from the interviews with those found in the literature. Our findings revealed that there is a difference between the two.
软件选择是任何软件工程项目的关键部分,因为项目依赖于丰富的组件和框架生态系统。尽管有大量的软件选择工具,软件工程师总是发现选择一个值得信赖的软件产品是一项挑战。本研究从从业者的角度探讨了信任因素在开源和封闭软件的选择,以深入了解软件信任的看法。为此,我们对来自不同行业的24位软件从业者进行了半结构化访谈,其中包括12位开源软件选择专家和12位封闭软件选择专家。通过总结,我们发现:(1)软件选择受技术、组织和结构保证因素三大类因素的影响;(2)最重要的因素是技术因素和组织因素;(3)软件选择过程和信任因素因项目风险承受能力的不同而不同。此外,我们比较了从访谈中得出的信任因素与文献中发现的信任因素。我们的研究结果表明,两者之间存在差异。
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引用次数: 0
Achieving Interoperability with MBSE and Asset Administration Shells: Integration of MATLAB/Simulink and BaSyx 实现与MBSE和资产管理shell的互操作性:MATLAB/Simulink和BaSyx的集成
Mateus Molina, T. Treichel
This paper presents an approach to integrating Asset Administration Shells (AASs) and Model-based systems engineering (MBSE) to meet the stricter demands of Industry 4.0 plants. This integration can enable a system to gather and analyze real-world data as well as to update the system model, leading to prolonged model lifetime and increased utility. The proposed solution is a library developed using MATLAB/Simulink and BaSyx APIs, which provides a block that encapsulates the communication interface with a submodel stored inside a BaSyx AAS server. The authors used a hydraulic press simulation to validate the proposed solution and demonstrate how it can be used to implement condition monitoring capabilities.
本文提出了一种集成资产管理外壳(AASs)和基于模型的系统工程(MBSE)的方法,以满足工业4.0工厂的更严格要求。这种集成可以使系统能够收集和分析真实世界的数据,以及更新系统模型,从而延长模型的生命周期并提高实用性。提出的解决方案是使用MATLAB/Simulink和BaSyx api开发一个库,它提供了一个块,封装了与存储在BaSyx AAS服务器中的子模型的通信接口。作者使用液压机模拟验证了所提出的解决方案,并演示了如何使用它来实现状态监测功能。
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引用次数: 0
Social Networks during Software Ecosystems’ Death 软件生态系统死亡期间的社交网络
P. Arantes, Felipe Soupinski, A. Fontão
Software Ecosystems (SECO) depend on platforms that serve as environments for developers’ interaction. The SECO may die when the organization that owns the platform does not support the synergy between organizational goals and developers’ expectations. The death results in the suspension of vital activities, such as code development and maintenance, impacting developers who lose work, learning, and experience gained. On the other hand, the responsible corporation loses resources invested in SECO. These signs indicate a SECO death is an important event for the community and should be analyzed. This paper reports a GitHub (GH) study focusing on three web SECOs: AngularJS, PhantomJS, and MomentJS. We analyze metrics based on developer community engagement and collaboration to understand what happens in these SECOs before, during, and after the platform’s death. From the search questions, we found some directions: Users’ recruitment and permanence: Without management and engagement, communities get out of SECOS a few years after your entry, so methods to control and organize the community are needed. Community relationships: The community needs engagement to strengthen and maintain your relationships. Some types of programs are useful methods to engage and encourage users to collaborate between them.
软件生态系统(SECO)依赖于作为开发人员交互环境的平台。当拥有平台的组织不支持组织目标和开发人员期望之间的协同作用时,SECO可能会死亡。死亡导致重要活动(如代码开发和维护)暂停,影响开发人员失去工作、学习和获得的经验。另一方面,负责任的公司失去了投资于SECO的资源。这些迹象表明,SECO死亡对社区来说是一个重要事件,应该进行分析。本文报告了GitHub (GH)对三个web seco的研究:AngularJS, PhantomJS和MomentJS。我们分析了基于开发者社区参与和协作的指标,以了解这些seco在平台死亡之前、期间和之后发生了什么。从搜索问题中,我们发现了一些方向:用户的招募和永久性:如果没有管理和参与,社区在你进入SECOS几年后就会退出,所以需要对社区进行控制和组织的方法。社区关系:社区需要参与来加强和维持你的关系。某些类型的程序是吸引和鼓励用户在它们之间进行协作的有用方法。
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引用次数: 0
期刊
2023 IEEE/ACM 11th International Workshop on Software Engineering for Systems-of-Systems and Software Ecosystems (SESoS)
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