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Web Service Recommendation via Combining Doc2Vec-Based Functionality Clustering and DeepFM-Based Score Prediction

机译:Web服务推荐通过组合基于DOC2VEC的功能群集和基于DeepFM的分数预测

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Due to the rapid growth in both the number and diversity of Web services on the Internet, it becomes increasingly difficult for developer to find the desired and appropriate Web services for Mashup creation. Even if the existing approaches show improvements in Web APIs recommendation, it is still challenging to recommend Web APIs with high accuracy and good diversity. Some of them integrate functionality clustering and the quality of service to recommend Web APIs for Mashup creation, but do not consider the high-order composition interaction relationship among functionality information, quality attributes. In this paper, we propose a novel Web APIs recommendation method via integrating the functionality clustering of service and the quality of service. In this method, it firstly obtains the functionality clustering by using Doc2Vec to cluster the description document of Web APIs. Then, the deep factorization machine model is used to extract the multi-dimension quality attributes of service and mine the high-order composition interaction relationship between them. Finally, the comparative experiments are performed on ProgrammableWeb dataset and experimental results show that our method significantly improves the performance of Web API recommendation in term of precision, recall, purity, entropy, DCG and HMD.
机译:由于互联网上的Web服务的数量和多样性的快速增长,开发人员对Mashup创建找到所需和适当的Web服务变得越来越困难。即使现有方法显示Web API的推荐改进,它仍然挑战,推荐具有高精度和良好多样性的Web API。其中一些集成了功能群集和服务质量,推荐用于Mashup创建的Web API,但不考虑功能信息中的高阶组成交互关系,质量属性。在本文中,我们通过集成服务的功能群集和服务质量来提出一种新颖的Web API推荐方法。在此方法中,首先通过使用DOC2VEC来聚类Web API的描述文档来获取功能群集。然后,深度分解机模型用于提取服务的多维质量属性,并挖掘它们之间的高阶组成交互关系。最后,对比较实验进行了编程型网络数据集和实验结果表明,我们的方法在精确,召回,纯度,熵,DCG和HMD中显着提高了Web API推荐的性能。

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