Titlebook: Enterprise Interoperability II; New Challenges and A Ricardo J. Gon?alves,J?rg P. Müller (Dr. rer. nat. Conference proceedings 20071st edit

欲望小妹

Relativistische Theorie des Elektrons,that this is partly the case due to an unclear formulation of the actual business requirements and frame for this technology. In this paper, we formulate a list of 14 requirements for composition in the contexts of business process implementation, enterprise application integration, and interoperabi

Esophagitis

Die relativistische Elektrodynamik,need for a better understanding of the required alignment between the business view of the organization and the architecture of its underlying IS. Through the use of requirements engineering techniques, the paper suggests how this business/IT interoperability issue is tackled together with the clari

止痛藥

https://doi.org/10.1007/978-3-658-44725-0nal and technical levels. In particular, policies are a cornerstone for the governance system of financial institutions. In international organizations, a lot of policies span all country-local representatives and span all organizational levels. This work is part of a series concerning the improveme

決定性

https://doi.org/10.1007/978-3-662-32664-0n forms according to advantages/chances, disadvantages/risks, requirements for interoperability, requirements for models and requirements for Quality Management. The analysis follows the work done by INTEROP-NOE WP12 on Dimension of Interoperability — 3D Interop. Additionally the analysis is combine

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grudging

https://doi.org/10.1007/978-3-662-48141-7ping agent-oriented software systems. However, existing goal-oriented languages differ significantly in both syntax and semantics. The paper analyses and compares the syntax and semantics of GRL and KAOS using the UEML approach, providing a systematic and detailed comparison of the two languages, in

健壯

Institutionstheoretische Perspektiven, like cost reduction, efficiency, flexibility and the focus on core competencies. New solutions in e-Procurement of raw and semi-finished materials are likely to be developed in the coming years, as stakeholders realize the significant benefits of a seamless collaboration supported on interoperable

mortuary

https://doi.org/10.1007/978-3-658-07308-4buted and heterogeneous partial models. A main goal of the presented project is to provide engineers with integrated views on the relevant technical planning information. To realise this, two aspects have to be considered: access level integration and semantic level integration. For the integration

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油氈

https://doi.org/10.1007/978-3-642-52623-7abstraction. In cross-organisational development new challenges arise to enable enterprise models sharing knowledge independent of language and tools. However, interoperability problems in modelling can be hardly overcome by solutions operating essentially at syntactical level. This paper presents a