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    Nature
    https://www.nature.com › articles

    Can robots possess knowledge? Rethinking the DIK(W) pyramid

    • Knowledge, information, and data are increasingly processed in human–robot collaboration. This study tackles two requirements for revising the concepts of knowledge, information, and data. First is developing r… 展开

    Introduction

    Today, work across the world and across industrial fields is being robotised because robots a… 展开

    Nature
    Robot-related research tackles knowledge indirectly

    Research specifically on attitudes towards robots that have been conducted within the past 10 years offers important findings for this article (Ray and Mondada, 2008; Rantanen et al., … 展开

    Nature
    Data, information, and knowledge—the DIKW pyramid

    The DIKW model is visualised as a pyramid (Fig. 1). This model describes the quantity, hierarchy, and process from the bottom (data) to the top (wisdom). A large amount of data and infor… 展开

    Nature
    Results

    Can robots possess knowledge?
    The 251 answers to the question “Can robots possess knowledge?” are divided: about 54% (n = 135) say yes and about 46% (n = 116) s… 展开

    Nature
    Discussion: Rethinking DIK(W) through human–robot knowledge co-creation

    The results suggest three points for developing the DIK(W) pyramid in human–robot collaboration (Fig. 4). First, the pyramid needs to recognise actors—specific… 展开

    Nature
    Conclusions

    This article was aimed at rethinking the DIK(W) pyramid through human–-robot co-creation and from the perspective of the employees of the most robotised factory in Finland, Valmet … 展开

    Nature
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