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Web-enabled platform for distributed and dynamic decision-making systems
Authors:Ahad Ali  Zaifeng Chen  Jay Lee
Affiliation:1. Industrial Engineering, University of Puerto Rico-Mayaguez, 250 N. Post Street, Mayaguez, PR, 00681, USA
2. Automated Precision, Inc., Rockville, MD, USA
3. University of Cincinnati, Cincinnati, OH, USA
Abstract:With the advent of internet and wireless technologies, real-time remote monitoring and control is becoming an essential need for meeting highly dynamic business objectives. At the same time, web-enabled platforms are required to perform remote monitoring with efficiently and effectively. Recent progresses on e-manufacturing applications address the needs for better integration between factory floor and enterprise systems. This paper presents a web-enabled platform which focuses on web-enabled intelligence to enable products and systems to achieve near-zero-downtime performance through device-to-business (D2B) platform. The proposed web-enabled platform can effectively minimize the massive information bottleneck that exists between plant floor and information systems. Case studies are presented to determine how effectively web-enabled industrial system can be used in factory floor as well as business decision-making. Manufacturers and users will benefit from the increased equipment and process performance with the effective implementation of the developed web-enable platform.
Keywords:
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