Web驱动的智能电子维护技术

• 论文 •

Web驱动的智能电子维护技术

奚立峰，周晓军，林忠钦，李杰

1.上海交通大学机械与动力工程学院，上海200030； 2.美国威斯康辛大学

出版日期:2003-04-25 发布日期:2003-04-25

Web-enabled Intelligent E-Maintenance Technology

XI Li-feng, ZHOU Xiao-jun, LIN Zhong-qin, Jay Lee

1. School of Mechanical Engineering, Shanghai Jiaotong Univ., Shanghai200030，China;2. Univ. of Wisconsin, U.S.A.

Online:2003-04-25 Published:2003-04-25

摘要/Abstract

摘要： 智能维护技术可使企业的设备/产品获得接近于零的故障停机/失效率，它已被美国《财富》杂志评为未来制造业最热的三项技术之一。本文描述了Web驱动的智能电子维护技术的发展蓝图和体系结构，深入分析了Web驱动的应需式远程监测，数据的采集、转换、优化、同步和性能退化评估三项关键技术，介绍了电子信息平台D2BTM和性能退化评估工具Watchdog AgentTM等的最新研究成果，展望了该技术在制造业和服务业的应用前景。

关键词: Web驱动, 智能电子维护, 应需式监测, 性能退化评估

Abstract: The application of Intelligent e-Maintenance(IM) technologies enables the products and production machines of manufacturers and customers to achieve near-zero-breakdown conditions.The Fortune Magazine has chosen IM as one of the three hot technologies in future manufacturing. An introduction about web-enabled IM strategies, its architecture, its three fundamental elements (web-enabled adaptive remote monitoring, data gathering, transformation, optimization and synchronization, and performance degradation assessment), and its research results (i.e. Device to Business platform (D2BTM), Watchdog AgentTM for degradation assessment, etc.)is proposed. At last, a prosperous future of IM is given in the field of manufacturing and service.

Key words: web-enabled, intelligent e-maintenance, adaptive monitoring, performance degradation assessment

中图分类号:

TH16
TP391

奚立峰，周晓军，林忠钦，李杰. Web驱动的智能电子维护技术[J]. .

XI Li-feng, ZHOU Xiao-jun, LIN Zhong-qin, Jay Lee. Web-enabled Intelligent E-Maintenance Technology[J]. .

[1]	刘美芳，余建波+，尹纪庭. 基于贝叶斯推论和自组织映射的轴承性能退化评估方法[J]. , 2012, 18(10): 0-0.
[2]	郭磊，陈进，王国伟. 基于多智能体的设备性能退化评估系统建模[J]. , 2008, 14(03): 0-0.