| dc.description.abstract | Technological innovation is the key driver for technological progress and firms’ economic
growth. Since firms pursue different innovation approaches, they achieve different
innovation performances. Actually, a firm’s ability to develop technologies and products is
strongly conditioned by its stock of knowledge, expertise and technology from prior R&D.
The R&D conducted by companies is an investment activity whose output is the firm’s
knowledge stock. This asset positively contributes to the firms’ future financial performance
and, then, to its market value. The higher the level of innovativeness of the invention, the
higher the expected technological and financial impact. As a matter of fact, some new
technologies can be considered as an extension of previous innovations, whilst others are
breakthrough, discontinuous or disruptive. Analysing technological innovation requires
objective and standardized data, thus scholars often refer to patents. Actually, patents are
a direct outcome of the inventive process, and more specifically of those inventions that
are expected to have a commercial impact; furthermore, they capture the proprietary and
competitive dimension of technological change. Since obtaining patent protection is costly
and time-consuming, only inventions that are expected to provide benefits that outweigh
cost are applied. Patents have been treated as the most important output indicators of
innovative activities and patent data have become the focus of many tools and
techniques to measure innovation. Among the information available in such documents,
technology classification, assignee field, citations and patent families are used to define
different innovation metrics... [edited by author] | it_IT |
