Comprehensive building information management system approach

A. Krukowski, S. Efremidis, Kalevi Piira, Olli Stenlund, D. Arsenijevic, A. Asgari, A. Kätkä, J Mitjonen

    Research output: Contribution to journalArticleScientificpeer-review

    Abstract

    The paper presents the results of a joint work on the Integrated Building Information Management System developed and tested in the frame of the European research project I3CON funded from the 6th Framework Program. This innovative system proposes an innovative approach to dealing with building information managing, employing Wireless Sensor Networks and the Rule Based Engine for monitoring the building environment as well as for automatic control of its infrastructures (water, electricity, heating, cooling etc). It involved also the development of integrated user interfaces allowing location and context aware operation of the mobile system including methods and tools for their implementation for Building Service Operative applications. This allows mobile service personnel to have a full access to the building information system from their mobile terminals enhanced with location awareness (employing latest active RFID technologies), context awareness and multi-modal user interfaces for handsfree intuitive operation of a mobile system with little or no need for manual operation or control. A generic object browser was developed enabling of browsing building automation objects in real-time as well as static building database objects and properties using standard data communication protocols. The described technologies have been already deployed and tested in real environment of the residential Margarita building in the center of Madrid.
    Original languageEnglish
    Pages (from-to)12-28
    Number of pages17
    JournalInternational Journal of Simulation: Systems, Science and Technology
    Volume11
    Issue number3
    Publication statusPublished - 2010
    MoE publication typeA1 Journal article-refereed

    Fingerprint

    Information Management
    Information management
    User interfaces
    Mobile Systems
    User Interface
    Radio frequency identification (RFID)
    Location Awareness
    Multimodal Interfaces
    Wireless sensor networks
    Mobile Services
    Information systems
    Context-awareness
    Automation
    Electricity
    Automatic Control
    Data Communication
    Communication Protocol
    Personnel
    Context-aware
    Browsing

    Keywords

    • Building control
    • building management system
    • content adaptation
    • context adaptation
    • multimodal user interfaces
    • personalisation
    • profiling
    • RFID positioning
    • wireless sensor network
    • WSN

    Cite this

    Krukowski, A., Efremidis, S., Piira, K., Stenlund, O., Arsenijevic, D., Asgari, A., ... Mitjonen, J. (2010). Comprehensive building information management system approach. International Journal of Simulation: Systems, Science and Technology, 11(3), 12-28.
    Krukowski, A. ; Efremidis, S. ; Piira, Kalevi ; Stenlund, Olli ; Arsenijevic, D. ; Asgari, A. ; Kätkä, A. ; Mitjonen, J. / Comprehensive building information management system approach. In: International Journal of Simulation: Systems, Science and Technology. 2010 ; Vol. 11, No. 3. pp. 12-28.
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    title = "Comprehensive building information management system approach",
    abstract = "The paper presents the results of a joint work on the Integrated Building Information Management System developed and tested in the frame of the European research project I3CON funded from the 6th Framework Program. This innovative system proposes an innovative approach to dealing with building information managing, employing Wireless Sensor Networks and the Rule Based Engine for monitoring the building environment as well as for automatic control of its infrastructures (water, electricity, heating, cooling etc). It involved also the development of integrated user interfaces allowing location and context aware operation of the mobile system including methods and tools for their implementation for Building Service Operative applications. This allows mobile service personnel to have a full access to the building information system from their mobile terminals enhanced with location awareness (employing latest active RFID technologies), context awareness and multi-modal user interfaces for handsfree intuitive operation of a mobile system with little or no need for manual operation or control. A generic object browser was developed enabling of browsing building automation objects in real-time as well as static building database objects and properties using standard data communication protocols. The described technologies have been already deployed and tested in real environment of the residential Margarita building in the center of Madrid.",
    keywords = "Building control, building management system, content adaptation, context adaptation, multimodal user interfaces, personalisation, profiling, RFID positioning, wireless sensor network, WSN",
    author = "A. Krukowski and S. Efremidis and Kalevi Piira and Olli Stenlund and D. Arsenijevic and A. Asgari and A. K{\"a}tk{\"a} and J Mitjonen",
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    Krukowski, A, Efremidis, S, Piira, K, Stenlund, O, Arsenijevic, D, Asgari, A, Kätkä, A & Mitjonen, J 2010, 'Comprehensive building information management system approach', International Journal of Simulation: Systems, Science and Technology, vol. 11, no. 3, pp. 12-28.

    Comprehensive building information management system approach. / Krukowski, A.; Efremidis, S.; Piira, Kalevi; Stenlund, Olli; Arsenijevic, D.; Asgari, A.; Kätkä, A.; Mitjonen, J.

    In: International Journal of Simulation: Systems, Science and Technology, Vol. 11, No. 3, 2010, p. 12-28.

    Research output: Contribution to journalArticleScientificpeer-review

    TY - JOUR

    T1 - Comprehensive building information management system approach

    AU - Krukowski, A.

    AU - Efremidis, S.

    AU - Piira, Kalevi

    AU - Stenlund, Olli

    AU - Arsenijevic, D.

    AU - Asgari, A.

    AU - Kätkä, A.

    AU - Mitjonen, J

    PY - 2010

    Y1 - 2010

    N2 - The paper presents the results of a joint work on the Integrated Building Information Management System developed and tested in the frame of the European research project I3CON funded from the 6th Framework Program. This innovative system proposes an innovative approach to dealing with building information managing, employing Wireless Sensor Networks and the Rule Based Engine for monitoring the building environment as well as for automatic control of its infrastructures (water, electricity, heating, cooling etc). It involved also the development of integrated user interfaces allowing location and context aware operation of the mobile system including methods and tools for their implementation for Building Service Operative applications. This allows mobile service personnel to have a full access to the building information system from their mobile terminals enhanced with location awareness (employing latest active RFID technologies), context awareness and multi-modal user interfaces for handsfree intuitive operation of a mobile system with little or no need for manual operation or control. A generic object browser was developed enabling of browsing building automation objects in real-time as well as static building database objects and properties using standard data communication protocols. The described technologies have been already deployed and tested in real environment of the residential Margarita building in the center of Madrid.

    AB - The paper presents the results of a joint work on the Integrated Building Information Management System developed and tested in the frame of the European research project I3CON funded from the 6th Framework Program. This innovative system proposes an innovative approach to dealing with building information managing, employing Wireless Sensor Networks and the Rule Based Engine for monitoring the building environment as well as for automatic control of its infrastructures (water, electricity, heating, cooling etc). It involved also the development of integrated user interfaces allowing location and context aware operation of the mobile system including methods and tools for their implementation for Building Service Operative applications. This allows mobile service personnel to have a full access to the building information system from their mobile terminals enhanced with location awareness (employing latest active RFID technologies), context awareness and multi-modal user interfaces for handsfree intuitive operation of a mobile system with little or no need for manual operation or control. A generic object browser was developed enabling of browsing building automation objects in real-time as well as static building database objects and properties using standard data communication protocols. The described technologies have been already deployed and tested in real environment of the residential Margarita building in the center of Madrid.

    KW - Building control

    KW - building management system

    KW - content adaptation

    KW - context adaptation

    KW - multimodal user interfaces

    KW - personalisation

    KW - profiling

    KW - RFID positioning

    KW - wireless sensor network

    KW - WSN

    M3 - Article

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    JO - International Journal of Simulation: Systems, Science and Technology

    JF - International Journal of Simulation: Systems, Science and Technology

    SN - 1473-8031

    IS - 3

    ER -