Titlebook: Enterprise Information Systems Engineering; The MERODE Approach Monique Snoeck Textbook 2014 Springer International Publishing Switzerland

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https://doi.org/10.1007/978-3-030-96364-4n time, specifications are considered to be (more or less) finalised and they are handed over to the implementation team, which proceeds with the technical design, coding and testing. Also the sequence of technical design, coding and testing is actually an iterative process. If problems are discover

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Dan Gabriel Cacuci,Ruixian Fanglication or component integration very well [45, 46]. Essentially, the event layer leads to an event-driven target architecture. The principles of such architecture can easily be applied to achieve component integration. Components are typically coarser grained than individual business objects and a

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Monique SnoeckPresents MERODE, a proven methodology exploiting model-driven engineering in enterprise systems engineering.Combines easily accessible intuitive concepts with a (hidden) formal underpinning integratin

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The Enterprise Engineering Serieshttp://image.papertrans.cn/e/image/311482.jpg

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Enterprise Modellingarchitecting an enterprise and the information systems that support its functioning is not an easy task. In the usual way of working, enterprise information systems development is guided by strategy development, programme management and Enterprise Architecture [72].

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Overview of MERODEome insight in all the techniques and principles that are present in MERODE, without going too much in detail. Part II of this book will then present each technique separately in a more elaborated and formal way. The chapter starts with a global overview of the modelling process and then reviews the

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Object and System Behavioureviously been borrowed. In order to specify this kind of constraints, each object type can specify sequence constraints on the business events it participates in by means of a finite-state machine (or FSM for short).