协同解耦环境下的持续评估研究项目

Oliver Schmidts, B. Kraft, Marc Schreiber, Albert Zündorf
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引用次数: 5

摘要

通常,来自合作项目的研究结果不会被转移到生产环境中,即使方法在演示原型中被证明是有效的。这些演示原型通常太脆弱,容易出错,无法轻松地转移到生产环境中。需要做很多额外的工作。受增量交付过程思想的启发,我们引入了一种体系结构模式,它将跨界调解方法与微服务相结合,以方便集成。它可以在协作过程中跟踪项目目标,而每一方都可以专注于他们的专业技能:研究人员可以专注于复杂的算法,实践者可以专注于他们的业务目标。通过简化的集成(中间),研究结果可以引入到生产环境中,从而能够获得早期的用户反馈,并允许对不同方法进行早期评估。从业者的业务模型在整个项目期间受益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Continuously Evaluated Research Projects in Collaborative Decoupled Environments
Often, research results from collaboration projects are not transferred into productive environments even though approaches are proven to work in demonstration prototypes. These demonstration prototypes are usually too fragile and error-prone to be transferred easily into productive environments. A lot of additional work is required. Inspired by the idea of an incremental delivery process, we introduce an architecture pattern, which combines the approach of \acrlong{MEDIATION} with microservices for the ease of integration. It enables keeping track of project goals over the course of the collaboration while every party may focus on their expert skills: researchers may focus on complex algorithms, practitioners may focus on their business goals. Through the simplified integration (intermediate) research results can be introduced into a productive environment which enables getting an early user feedback and allows for the early evaluation of different approaches. The practitioners' business model benefits throughout the full project duration.
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