Modeling shared information spaces (SIS)

Natvig, Marit Kjøsnes; Ohren, Oddrun Pauline

doi:10.1145/320297.320321

Cited by 6 publications

(4 citation statements)

References 10 publications

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“…From past experience with developing flexible groupware and workflow systems (Carlsen, 1998;Jørgensen, 2001Jørgensen, , 2003Jørgensen & Carlsen, 1999;Natvig & Ohren, 1999), we have defined an interactive models' approach to flexible information systems (Jørgensen, 2004). Models are normally defined as explicit representations of some portions of reality as perceived by some actor (Wegner & Goldin, 1999).…”

Section: Modeling Languagesmentioning

confidence: 99%

Integrating Semantic Web Technology, Web Services, and Workflow Modeling

Krogstie

Veres

Sindre

2007

International Journal of Enterprise Information Systems

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Much of the early focus in the area of Semantic Web has been on the development of representation languages for static conceptual information, while there has been less emphasis on how to make Semantic Web applications practically useful in the context of knowledge work. To achieve this, a better coupling is needed between ontology, service descriptions and workflow modeling, including both traditional production workflow and interactive workflow techniques This article reviews the basic technologies involved in this area to provide system and business interoperability, and outlines what can be achieved by merging them in the context of real world workflow descriptions.

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Section: Modeling Languagesmentioning

confidence: 99%

Integrating Semantic Web Technology, Web Services, and Workflow Modeling

Krogstie

Veres

Sindre

2007

International Journal of Enterprise Information Systems

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“…In [27] a modeling approach is taken for shared information spaces in order to ease their management and support knowledge sharing within the enterprise. A metamodel is proposed that de®nes the conceptual building blocks of an information space.…”

Section: Cscwmentioning

confidence: 99%

Shared data modeling with UML-G

Rubart¹,

Dawabi²

2004

IJCAT

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Groupware is explicitly designed to support the cooperation among group members. The implementation of cooperation-aware groupware is supported by several object-oriented toolkits and frameworks, but there is no unified way to model applications built on top of these. We have proposed UML-G as an extensible UML profile for modeling groupware and are in the process of turning it into a community effort. In this article, we identify modeling needs specific to shared data modeling. Shared data is a prerequisite to supporting cooperating users. We present UML extensions to address the identified needs as a part of UML-G. Usage scenarios demonstrate how UML-G can be used to assist shared data modeling. UML-G provides explicit modeling of shared data related aspects. In addition, it supports a shared understanding between developers, which is independent of, and thus abstracts from, the latter implementation. CASE tool support for UML-G strengthens its practical relevance

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“…Several recent trends in information systems engineering illustrate the increasing importance of active models. Workflow [4,14], information sharing [22], document classification and retrieval [3], product data management [8], and co-operation support [11] are areas where active models have been applied.…”

Section: Active Modelsmentioning

confidence: 99%

“…Flexibility is seldom offered by the tools currently available for interorganisational cooperation, like e-business frameworks [25], workflow management systems [1,4,24,28], enterprise resource planning systems (ERP) [1,20] etc. From past experience with developing flexible groupware and workflow systems [4,[13][14][15]22], we have refined an active model approach to flexible information systems [5,12,16]. Active models are available to the users at runtime, and the behaviour of the information system is partially controlled by the models.…”

Section: Introductionmentioning

confidence: 99%

Active Models for Digitally Enabled Creative Business Networks

Krogstie

Jørgensen

Lillehagen

2002

Information Systems

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Cooperation across organisational boundaries is increasing. When such cooperation moves beyond the trade of well-defined products, there is a need for a flexible infrastructure that supports not only information exchange, but also knowledge creation, sharing, utilisation and learning. Active models constitute a general technique for increasing the flexibility of computerised information systems. Such models are available for manipulation by the users at runtime, and the model contents influence the behaviour ofthe system. By altering the models, the users can thus tailor the system to fit their particular needs and preferences. This paper explores the use of active models to support digitally enabled creative business networks. In particular, we look at how enterprise and work process models can support virtual enterprise formation, engineering, operation, and learning. Our initial results indicate the great potential of active models in this area.

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Modeling shared information spaces (SIS)

Cited by 6 publications

References 10 publications

Integrating Semantic Web Technology, Web Services, and Workflow Modeling

Integrating Semantic Web Technology, Web Services, and Workflow Modeling

Shared data modeling with UML-G

Active Models for Digitally Enabled Creative Business Networks

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