Suchergebnisse

The digital transformation can serve as a window of opportunity for those late-comers who are equipped with the capability to create complementary assets for grabbing new opportunities of technological leapfrogging as a way of catch-up while penalising the forerunner. In this context, we want to answer the following research question. Is there any difference in open innovation effect on the firm according to the changing of belonging sectorial innovation system from catch-up to post-catch-up? We statistically analysed the moderating effects of open innovation between catching-up, and the performance with the patents which were registered in United States Patent and Trademark Office, which were applied from China in telecommunication, from South Korea in Semiconductors, and from Japan in biotechnology on 1995–1999, and 2005–2009. We found three results from this study: first, from this research, as the signal of post catching-up, open innovation effects on the performance of firm, and the moderating effects of open innovation between catching-up, and the performance of the firm were found; second, the appearance of new dominant design after post catching-up was explained through the powerful open innovation and third, open innovation could be a useful new strategy for firms in the post catching-up to use.

This study aims to answer the following research question: Is there any difference in the effects of collective intelligence on the open innovation between before (2001–2005) and after (2011–2015) of the introduction of smartphones and crowd web services regarding electronics and mathematics? The research method of this study includes multiple regression analysis, including (1) the effect of collective intelligence on open innovation (i.e., the number of citations), (2) the effect of the amount of knowledge (i.e., the number of references) on open innovation and (3) the moderating effect of the amount of knowledge (i.e., the number of references) between collective intelligence and open innovation. The research scope of this study is Scopus published papers from two periods, namely, 2001–2005 and 2011–2015. The scope here is limited to mathematics and electronics. According to the research conducted here, if the amount of knowledge increases in an economic system, collective intelligence will increasingly motivate open innovation. The implication of this study is that there are diverse methods for collective intelligence to impact open innovation and the consequent results.