本网讯（通讯员 唐思思）近日，由美国电气电子工程师学会（the Institute of Electrical and Electronics Engineers，IEEE）主办的大数据分析国际会议（International Conference on Big Data Analysis，IEEE ICBDA 2016）在杭州召开。MGM美高梅官网登录1688信息管理与工程学院张文宇教授应邀以“Fueling Made-in-China with Internet+ Plan”为主题在大会上作主旨报告。
此次会议涵盖了大数据模型与算法、数据架构、数据管理、保存与隐私保护、数据挖掘应用、企业政府社会实践等多个主题，旨在交流大数据领域的最新成果和实践经验。来自美国、德国、南非及我国等的百余名专家学者参加了会议。
附张文宇教授主旨报告摘要：
Made-in-China is facing a distributed manufacturing environment which requires unprecedented levels of interoperability to integrate distributed manufacturing resources across organizational boundaries to support cross-enterprise collaboration. The recently emerged Internet+ plan has been utilized as a promising approach to integrate mobile Internet, cloud computing, big data and the Internet of Things with modern manufacturing to address the above issue. Manufacturing enterprises have been putting their efforts to virtualize their core competencies or advantageous resources as manufacturing services and publish, discover and share them on the open Internet for developing Industry 4.0 applications. However, the large size, dynamic nature and heterogeneous expression of distributed manufacturing resources brings forth a serious challenge in scalability and efficiency. This trend demands intelligent and robust models to address information overload in order to enable efficient discovery of manufacturing services. As an illustrative example of Industry 4.0 service technology, we present a personalized manufacturing service recommendation approach, which combines a PageRank-based reputation model and a collaborative filtering technique in a unified framework for recommending the right manufacturing services to an active service user for supply chain deployment. The novel aspect of this research is adapting the PageRank algorithm to a network of service-oriented multi-echelon supply chain in order to determine both user reputation and service reputation. In addition, it explores the use of these methods in alleviating data sparsity and cold start problems that hinder traditional collaborative filtering techniques.
