Knowledge Diversity, Transfer and Coordination

The Effect of Intrafirm Inventor Networks on the Speed of External Knowledge Recombination

Keld Laursen, Solon Moreira, Arjan Markus

    Publikation: KonferencebidragPaperForskningpeer review

    Resumé

    We link the knowledge-based view of the firm and the social network approach to propose a theory of how intrafirm network characteristics affect the firm?s recombination speed in relation to the incorporation of technologically distant
    external knowledge into its production of inventions. We start from the widely accepted view that distant, externally-developed knowledge is difficult to incorporate into the focal firm?s own production. We suggest that high levels of intrafirm network diversity, tie strength, and network density are essential for a diversity of knowledge inputs, knowledge transfer, and coordinated actions which in turn, reduce the problems pertaining to the incorporation of distant knowledge. The results of an event history study of 113 pharmaceutical firms that engaged in technology in-licensing during 1986-2003 generally support our hypotheses.
    OriginalsprogEngelsk
    Publikationsdato2015
    Antal sider39
    StatusUdgivet - 2015
    BegivenhedThe DRUID Society Conference 2015: The Relevance of Innovation - LUISS Business School, Rome, Italien
    Varighed: 15 jun. 201517 jun. 2015
    Konferencens nummer: 37
    http://druid8.sit.aau.dk/druid/registrant/index/login/cid/16

    Konference

    KonferenceThe DRUID Society Conference 2015
    Nummer37
    LokationLUISS Business School
    LandItalien
    ByRome
    Periode15/06/201517/06/2015
    SponsorLUISS Guido Carli - Libera Università Internazionale degli Studi Sociali Guido Carli
    Internetadresse

    Citer dette

    Laursen, K., Moreira, S., & Markus, A. (2015). Knowledge Diversity, Transfer and Coordination: The Effect of Intrafirm Inventor Networks on the Speed of External Knowledge Recombination. Afhandling præsenteret på The DRUID Society Conference 2015, Rome, Italien.
    Laursen, Keld ; Moreira, Solon ; Markus, Arjan. / Knowledge Diversity, Transfer and Coordination : The Effect of Intrafirm Inventor Networks on the Speed of External Knowledge Recombination. Afhandling præsenteret på The DRUID Society Conference 2015, Rome, Italien.39 s.
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    abstract = "We link the knowledge-based view of the firm and the social network approach to propose a theory of how intrafirm network characteristics affect the firm?s recombination speed in relation to the incorporation of technologically distantexternal knowledge into its production of inventions. We start from the widely accepted view that distant, externally-developed knowledge is difficult to incorporate into the focal firm?s own production. We suggest that high levels of intrafirm network diversity, tie strength, and network density are essential for a diversity of knowledge inputs, knowledge transfer, and coordinated actions which in turn, reduce the problems pertaining to the incorporation of distant knowledge. The results of an event history study of 113 pharmaceutical firms that engaged in technology in-licensing during 1986-2003 generally support our hypotheses.",
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    Laursen, K, Moreira, S & Markus, A 2015, 'Knowledge Diversity, Transfer and Coordination: The Effect of Intrafirm Inventor Networks on the Speed of External Knowledge Recombination' Paper fremlagt ved The DRUID Society Conference 2015, Rome, Italien, 15/06/2015 - 17/06/2015, .

    Knowledge Diversity, Transfer and Coordination : The Effect of Intrafirm Inventor Networks on the Speed of External Knowledge Recombination. / Laursen, Keld; Moreira, Solon; Markus, Arjan.

    2015. Afhandling præsenteret på The DRUID Society Conference 2015, Rome, Italien.

    Publikation: KonferencebidragPaperForskningpeer review

    TY - CONF

    T1 - Knowledge Diversity, Transfer and Coordination

    T2 - The Effect of Intrafirm Inventor Networks on the Speed of External Knowledge Recombination

    AU - Laursen, Keld

    AU - Moreira, Solon

    AU - Markus, Arjan

    PY - 2015

    Y1 - 2015

    N2 - We link the knowledge-based view of the firm and the social network approach to propose a theory of how intrafirm network characteristics affect the firm?s recombination speed in relation to the incorporation of technologically distantexternal knowledge into its production of inventions. We start from the widely accepted view that distant, externally-developed knowledge is difficult to incorporate into the focal firm?s own production. We suggest that high levels of intrafirm network diversity, tie strength, and network density are essential for a diversity of knowledge inputs, knowledge transfer, and coordinated actions which in turn, reduce the problems pertaining to the incorporation of distant knowledge. The results of an event history study of 113 pharmaceutical firms that engaged in technology in-licensing during 1986-2003 generally support our hypotheses.

    AB - We link the knowledge-based view of the firm and the social network approach to propose a theory of how intrafirm network characteristics affect the firm?s recombination speed in relation to the incorporation of technologically distantexternal knowledge into its production of inventions. We start from the widely accepted view that distant, externally-developed knowledge is difficult to incorporate into the focal firm?s own production. We suggest that high levels of intrafirm network diversity, tie strength, and network density are essential for a diversity of knowledge inputs, knowledge transfer, and coordinated actions which in turn, reduce the problems pertaining to the incorporation of distant knowledge. The results of an event history study of 113 pharmaceutical firms that engaged in technology in-licensing during 1986-2003 generally support our hypotheses.

    M3 - Paper

    ER -

    Laursen K, Moreira S, Markus A. Knowledge Diversity, Transfer and Coordination: The Effect of Intrafirm Inventor Networks on the Speed of External Knowledge Recombination. 2015. Afhandling præsenteret på The DRUID Society Conference 2015, Rome, Italien.