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Fig. 3. Information Systems’ model in a document-centric approach

Figure 3 Information Systems’ model in a document-centric approach

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Table 1. Mapping the Concepts of Web Information Systems onto the Notion of Hypergaph.
Table 1. Mapping the Concepts of Web Information Systems onto the Notion of Hypergaph.
mapping between the software architecture and the project structure of the software development team in a software development and engineering environment, (Herb- sleb 1999)). The document model should reflect the evolution of documents, the changes, the events, the stimulus-response patterns in line with business processes. The changes that affect the identifiable data contained in documents should be tracked, i.e. creating, modifying new data elements, setting up new relationship, as e.g. making use of precedence analyses (Blokdijk 1987). The chain of course can be monitored through the actors and their manipulation of identifiable data elements within documents. The effects on documents and data elements exercised either by physical transformation within organization or by data processing activities triggered by human. Fig. 1. Document model of Information Systems from an Enterprise Architecture perspective.
mapping between the software architecture and the project structure of the software development team in a software development and engineering environment, (Herb- sleb 1999)). The document model should reflect the evolution of documents, the changes, the events, the stimulus-response patterns in line with business processes. The changes that affect the identifiable data contained in documents should be tracked, i.e. creating, modifying new data elements, setting up new relationship, as e.g. making use of precedence analyses (Blokdijk 1987). The chain of course can be monitored through the actors and their manipulation of identifiable data elements within documents. The effects on documents and data elements exercised either by physical transformation within organization or by data processing activities triggered by human. Fig. 1. Document model of Information Systems from an Enterprise Architecture perspective.
Fig. 2. An Illustrative Example for Structure of Documents via Hypergraph representation
Fig. 2. An Illustrative Example for Structure of Documents via Hypergraph representation
The accurate and valid handling of document is the responsibi ity of Web service management system. The semantic validity of documents as a property can be per- ceived as: the set of relationships among documents that are semantically correct, valid in the context of other documents, business processes, and activities, and the general operation of business units. The Web pages, the messages between Web ser- vices conveying data and / or documents are important component of WIS. Semi- structured data occur in the form of XML/HTML documents for t he users on the net- work (Intranet, Extranet, and Internet) and in WIS. Displaying information for the users and requests input from the users are the two facets of WIS considering the information exchange Fig. 4. Dependence Hypergraph for Document Concept and Structures
The accurate and valid handling of document is the responsibi ity of Web service management system. The semantic validity of documents as a property can be per- ceived as: the set of relationships among documents that are semantically correct, valid in the context of other documents, business processes, and activities, and the general operation of business units. The Web pages, the messages between Web ser- vices conveying data and / or documents are important component of WIS. Semi- structured data occur in the form of XML/HTML documents for t he users on the net- work (Intranet, Extranet, and Internet) and in WIS. Displaying information for the users and requests input from the users are the two facets of WIS considering the information exchange Fig. 4. Dependence Hypergraph for Document Concept and Structures
The hypergaph approach for modeling WIS from a document-centric viewpoint provides an algebraic toolset for analyzing, conformance, compliance and consistency checking of the model. Thereby, the model can be exploited for design and opera- tional purposes as well [6]. Fig. 5. Dependence Hypergraph for Depicting the Structure of Ontological Concepts for Busi- ness Processes and Participants of Organization
The hypergaph approach for modeling WIS from a document-centric viewpoint provides an algebraic toolset for analyzing, conformance, compliance and consistency checking of the model. Thereby, the model can be exploited for design and opera- tional purposes as well [6]. Fig. 5. Dependence Hypergraph for Depicting the Structure of Ontological Concepts for Busi- ness Processes and Participants of Organization
Fig. 6. A Part of a Directed Hypergraph for Story Board
Fig. 6. A Part of a Directed Hypergraph for Story Board
Related topics:
Information SystemsEnterprise ArchitectureService Oriented ArchitectureProcess AlgebraArchitecture of information systemsWeb Information SystemsInformation Systems ModellingZachman framework
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