According to the Abernathy-Utterback (A-U) model, firms focus on technological product innovation early in the product lifecycle and then shift to process innovation as markets mature. However, there is no consensus on the forms that non-technological innovation can take. In addition, the A-U model, which guides innovators, does not include forms of non-technological innovation that are generally accepted by experts. In this study, a hybrid e-Delphi technique with an AHP decision model was used to evaluate the forms of innovation used to establish market leadership over the historical lifecycle of the personal computer industry in the United States. In Phase 1, an e-Delphi panel of 30 technology experts, each with more than 20 years industr...
Just like nature, also technologies and industries, products and companies go through life cycles --...
The ability to innovate and exploit innovations globally in a rapid and efficient manner is a signif...
The plow, the fork, the steam engine, the typewriter, the smartphone: each of these technological in...
According to the Abernathy-Utterback (A-U) model, firms focus on technological product innovation ea...
This paper empirically investigates how market leadership influences firm propensity to adopt new bu...
This paper reviews the Technological Life Cycle with emphasis place on the shift between the State o...
The key objective of Part I is to synthesize 23 years of innovation research findings from economic,...
textabstractInnovation is generally considered to be a cornerstone of organizational survival in man...
Previously issued as WP#1915-89 in series.Includes bibliographical references (leaves 33-35).Edward ...
Technological advances provide vast opportunities for new product development. Some technologies are...
AbstractThis paper provides a critical review of firm-level innovation models. The paper summaries d...
Innovation is widely recognized as a key to economic growth. Most research on the innovation process...
Radically new technologies, of which ‘the functionality was new to the market or the price-performan...
We show that whether a technology leader invests more in R&D compared to a technology follower may d...
This dissertation explores emerging innovation phenomena in two domains: pipeline and platform innov...
Just like nature, also technologies and industries, products and companies go through life cycles --...
The ability to innovate and exploit innovations globally in a rapid and efficient manner is a signif...
The plow, the fork, the steam engine, the typewriter, the smartphone: each of these technological in...
According to the Abernathy-Utterback (A-U) model, firms focus on technological product innovation ea...
This paper empirically investigates how market leadership influences firm propensity to adopt new bu...
This paper reviews the Technological Life Cycle with emphasis place on the shift between the State o...
The key objective of Part I is to synthesize 23 years of innovation research findings from economic,...
textabstractInnovation is generally considered to be a cornerstone of organizational survival in man...
Previously issued as WP#1915-89 in series.Includes bibliographical references (leaves 33-35).Edward ...
Technological advances provide vast opportunities for new product development. Some technologies are...
AbstractThis paper provides a critical review of firm-level innovation models. The paper summaries d...
Innovation is widely recognized as a key to economic growth. Most research on the innovation process...
Radically new technologies, of which ‘the functionality was new to the market or the price-performan...
We show that whether a technology leader invests more in R&D compared to a technology follower may d...
This dissertation explores emerging innovation phenomena in two domains: pipeline and platform innov...
Just like nature, also technologies and industries, products and companies go through life cycles --...
The ability to innovate and exploit innovations globally in a rapid and efficient manner is a signif...
The plow, the fork, the steam engine, the typewriter, the smartphone: each of these technological in...