挖掘大数据,发现、提炼和推荐建筑设计理念

Mehdi Mirakhorli, Hong-Mei Chen, R. Kazman
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引用次数: 8

摘要

架构推荐系统可以帮助程序员在进行日常编程任务时做出更好的设计选择,以解决他们的架构质量属性问题。我们通过挖掘大数据来检测和提取大量的建筑设计概念,如设计模式、设计策略、建筑风格等,用于我们的建筑推荐系统ARS。然而,挖掘大数据对系统的实施提出了许多实际挑战。与所有其他大数据系统一样,我们的数据集的数量、速度和种类需要仔细规划。第一个挑战是从大量可用的产品中为我们的系统实现选择合适的技术。在这些技术的基础上,我们最大的挑战是定制适合我们为ARS选择的并行处理平台的算法,以满足我们的性能目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mining Big Data for Detecting, Extracting and Recommending Architectural Design Concepts
An architecture recommender system can help programmers make better design choices to address their architectural quality attribute concerns while doing their daily programming tasks. We mine big data to detect and extract a large set of architectural design concepts, such as design patterns, design tactics, architecture styles, etc., to be used in our architecture recommender system called ARS. However, mining big data poses many practical challenges for system implementation. The volume, velocity and variety of our data set, like all other big data systems, requires careful planning. This first challenge is to select appropriate technologies from the large number of available products for our system implementation. Building on these technologies our greatest challenge is to custom-fit our algorithms to the parallel processing platform we have selected for ARS, to meet our performance goals.
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