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The Concept of a Real-Time Enterprise in Manufacturing [electronic resource] : Design and Implementation of a Framework based on EDA and CEP / by Daniel Metz.

By: Metz, Daniel [author.].
Contributor(s): SpringerLink (Online service).
Material type: materialTypeLabelBookPublisher: Wiesbaden : Springer Fachmedien Wiesbaden : Imprint: Springer Gabler, 2014Description: XXVIII, 167 p. 74 illus. online resource.Content type: text Media type: computer Carrier type: online resourceISBN: 9783658037505.Subject(s): Business | Information technology | Business -- Data processing | Business and Management | IT in BusinessAdditional physical formats: Printed edition:: No titleDDC classification: 650 | 658.05 Online resources: Click here to access online
Contents:
Process Model toward the Realization of RTE -- Event-Driven Framework for Real-Time Monitoring and Control -- Implementation and Evaluation in a Foundry.
In: Springer eBooksSummary: Enterprises have to react instantly to changing market conditions and disturbances that occur during execution of value creation processes. Depending upon the processes' context, the goal is to significantly reduce lead times, reaction times, and time-to-market, among others. The vision of a real-time enterprise (RTE), which is able to sense and analyze events from internal and external sources, and perform adequate (re-)actions, has been envisaged by manufacturing enterprises. Daniel Metz presents a framework based on EDA and CEP towards the realization of RTE in manufacturing. The framework closes the vertical integration gap, and further, establishes feedback in (near) real-time among enterprise levels. As such, the framework provides a holistic and closed-loop control of (manufacturing) processes, and encompasses results and insights from management, engineering, and computer science. The framework has been implemented for a small and medium sized foundry in Germany. The developed control approach has led to a significant increase in (manufacturing) processes' efficiency (i.e., performance, quality, and availability).     Contents Process Model toward the Realization of RTE Event-Driven Framework for Real-Time Monitoring and Control Implementation and Evaluation in a Foundry     Target Groups Researchers and students in the field of business informatics IT-Executives and managers involved in manufacturing IT   The Author Dr. Daniel Metz obtained his doctorate degree at the University of Siegen and is now working as a Software Engineer.
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Process Model toward the Realization of RTE -- Event-Driven Framework for Real-Time Monitoring and Control -- Implementation and Evaluation in a Foundry.

Enterprises have to react instantly to changing market conditions and disturbances that occur during execution of value creation processes. Depending upon the processes' context, the goal is to significantly reduce lead times, reaction times, and time-to-market, among others. The vision of a real-time enterprise (RTE), which is able to sense and analyze events from internal and external sources, and perform adequate (re-)actions, has been envisaged by manufacturing enterprises. Daniel Metz presents a framework based on EDA and CEP towards the realization of RTE in manufacturing. The framework closes the vertical integration gap, and further, establishes feedback in (near) real-time among enterprise levels. As such, the framework provides a holistic and closed-loop control of (manufacturing) processes, and encompasses results and insights from management, engineering, and computer science. The framework has been implemented for a small and medium sized foundry in Germany. The developed control approach has led to a significant increase in (manufacturing) processes' efficiency (i.e., performance, quality, and availability).     Contents Process Model toward the Realization of RTE Event-Driven Framework for Real-Time Monitoring and Control Implementation and Evaluation in a Foundry     Target Groups Researchers and students in the field of business informatics IT-Executives and managers involved in manufacturing IT   The Author Dr. Daniel Metz obtained his doctorate degree at the University of Siegen and is now working as a Software Engineer.

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