Innovation signals: leveraging machine learning to separate noise from news.

Autor/inn/en	Mühlroth, Christian; Kölbl, Laura; Grottke, Michael
Titel	Innovation signals: leveraging machine learning to separate noise from news.
Quelle	In: Scientometrics, (2023) 5, S.2649-2676 PDF als Volltext Verfügbarkeit
Dokumenttyp	gedruckt; online; Zeitschriftenaufsatz
ISSN	0138-9130
DOI	10.1007/s11192-023-04672-y
Schlagwörter	Weak signals; Strong signals; Corporate foresight; Innovation management; Machine learning; Artificial intelligence; Trend scouting; Technology scouting; Startup scouting
Abstract	Abstract The early detection of and an adequate response to meaningful signals of change have a defining impact on the competitive vitality and the competitive advantage of companies. For this strategically important task, companies apply corporate foresight, aiming to enable superior company performance. With the growing dynamics of global markets, the amount of data to be analyzed for this purpose is constantly increasing. As a result, these analyses are often performed with an unreasonably high investment of financial and human resources, or are even not performed at all. To address this challenge, this paper presents a machine-learning-based approach to help companies identify early signals of change with a higher level of automation than before. For this, we combine a newly-proposed quantitative approach with the existing qualitative approaches by Cooper (stage-gate model) and by Rohrbeck (corporate foresight process). After a search field of interest has been defined, the related data is collected from web news sites, early signals are identified and selected automatically, and domain experts then assess these signals with respect to their relevance and novelty. Once it has been set up, the approach can be executed iteratively at regular time intervals in order to continuously scan for new signals of change. By means of three case studies supported by domain experts we demonstrate the effectiveness of our approach. After presenting our findings and discussing possible limitations of the approach, we suggest future research opportunities to further advance this field.
Erfasst von	OLC
Update	2023/2/05