Knowledge Architecture

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The Experts below are selected from a list of 291 Experts worldwide ranked by ideXlab platform

Pauline Ratnasingam - One of the best experts on this subject based on the ideXlab platform.

John Krogstie - One of the best experts on this subject based on the ideXlab platform.

  • PRO-VE - Collaborative Networks and Active Knowledge Architectures - A Road Building Case
    Risks and Resilience of Collaborative Networks, 2015
    Co-Authors: Sobah Abbas Petersen, Frank M. Lillehagen, Minh Vu Bui, John Krogstie
    Abstract:

    The planning, designing and building of roads is an extensive process that takes several years and involve several actors from industry and the public sector. This paper reports the collaboration with the Norwegian Road Authority on using the Active Knowledge Architecture approach and Visual Modelling methods to support road planning, design and building. The experience is based on the work conducted on real parts of the E6 Motorway, being built north of Trondheim, Norway. The purpose of the Knowledge Architectures presented in this paper is to improve collaboration and to share Knowledge among all the stakeholders in the process. Road planning projects will benefit from agile collaborative networks and active Knowledge bases built by Knowledge models and Architectures. Important lessons learned include the need for holistic design methods, instant data-driven collaboration, and agile approaches and work environments for continuous planning, design and building.

  • Collaborative Networks and Active Knowledge Architectures - A Road Building Case
    2015
    Co-Authors: Sobah Petersen, Frank Lillehagen, Minh Bui, John Krogstie
    Abstract:

    The planning, designing and building of roads is an extensive process that takes several years and involve several actors from industry and the public sector. This paper reports the collaboration with the Norwegian Road Authority on using the Active Knowledge Architecture approach and Visual Modelling methods to support road planning, design and building. The experience is based on the work conducted on real parts of the E6 Motorway, being built north of Trondheim, Norway. The purpose of the Knowledge Architectures presented in this paper is to improve collaboration and to share Knowledge among all the stakeholders in the process. Road planning projects will benefit from agile collaborative networks and active Knowledge bases built by Knowledge models and Architectures. Important lessons learned include the need for holistic design methods, instant data-driven collaboration, and agile approaches and work environments for continuous planning, design and building.

  • PoEM (Short Papers) - Agile Design of Sustainable Networked Enterprises
    2015
    Co-Authors: Frank Lillehagen, John Krogstie
    Abstract:

    This paper reports on new agile approaches and methods for design modelling of collaborative networked enterprises, ranging from small manufacturing supply-chains to major public service organizations. Use-cases in selected fields have been implemented by agile modelling and holistic design of collaborative networking capabilities, and active Knowledge Architecture driven solutions. The active Knowledge Architecture is the Knowledge base for collaborative planning, execution, validation, enhancement and reuse. Use-case projects are transformed from horizontally sliced, sequential activities supported by information flows to collaborative workspaces and Knowledge- driven processes. Novel concepts, agile approaches, adaptive methods, open platforms, and emergent Knowledge Architecture-driven solutions are built and validated. The realization of agile workplaces and sustainable capabilities for collaborative networking open up for novel approaches to computing solutions. Use-case digital models to enhance human mental models and enable collaborative innovation and learning and competence transfer are implemented.

Wang Yu-guang - One of the best experts on this subject based on the ideXlab platform.

Frank M. Lillehagen - One of the best experts on this subject based on the ideXlab platform.

  • PRO-VE - Collaborative Networks and Active Knowledge Architectures - A Road Building Case
    Risks and Resilience of Collaborative Networks, 2015
    Co-Authors: Sobah Abbas Petersen, Frank M. Lillehagen, Minh Vu Bui, John Krogstie
    Abstract:

    The planning, designing and building of roads is an extensive process that takes several years and involve several actors from industry and the public sector. This paper reports the collaboration with the Norwegian Road Authority on using the Active Knowledge Architecture approach and Visual Modelling methods to support road planning, design and building. The experience is based on the work conducted on real parts of the E6 Motorway, being built north of Trondheim, Norway. The purpose of the Knowledge Architectures presented in this paper is to improve collaboration and to share Knowledge among all the stakeholders in the process. Road planning projects will benefit from agile collaborative networks and active Knowledge bases built by Knowledge models and Architectures. Important lessons learned include the need for holistic design methods, instant data-driven collaboration, and agile approaches and work environments for continuous planning, design and building.

  • The AKM approach to product family design
    2008
    Co-Authors: Frank M. Lillehagen, Dag Karlsen, Håvard D. Jørgensen
    Abstract:

    The AKM approach to holistic design of industrial product families is described, meeting growing technology, business, and customer demands. From a federated product family customized products can be configured, manufactured and supported for life-cycle operations. To achieve this agility components of a Collaborative Product and Process Design methodology are adapted using the Visual Solutions Development methodology. Applying both methodologies in web-platforms customers create federated product family descriptions, representing Knowledge families and classes, in what is called an Active Knowledge Architecture. The AKA also contains rule-adaptable structures and Knowledge elements configuring conceptual, functional system, and customer product delivery models, working environments and workplaces. The AKM approach gives designers and engineers a language to express and communicate their ideas and collaborate with suppliers and customers, all the time capturing work logic, building the Active Knowledge Architecture contents, and thus erasing the gap between design-time and run-time.

  • CCE - Product Based Interoperability - Approaches and Requirements.
    Computers & Chemical Engineering, 2007
    Co-Authors: Håvard D. Jørgensen, Dag Karlsen, Frank M. Lillehagen
    Abstract:

    Product data, information and Knowledge are the core ICT resources for collaborative design. This paper describes five different approaches to exchanging and sharing product data in collaborative engineering: 1) Document management, 2) Enterprise application integration, 3) Reference models and semantic web, 4) shared product data repository, and 5) Federated product Knowledge Architecture. State of the art in academic research and industrial practice is briefly assessed. The paper concludes by outlining challenges and directions towards realizing federate product Knowledge Architectures.

Zhao Jin - One of the best experts on this subject based on the ideXlab platform.