| Technovation 1995 |
| Title | Subject | Authors |
|---|
| A initiative for the development of creativity in science and technology (CREST): an interim report on a partnership between schools and industry. | High technology industry | Lethbridge, David, Davies, George |
| A new program in cooperative research between academia and industry in Korea, involving Centers of Excellence. | High technology industry | Ahn, Soon Il |
| An integrated approach to the diffusion of technological innovation: the non-manufacturing advanced robotics field. | High technology industry | Sgobbi, Francesca |
| Automotive component innovation: development and diffusion of engine management technologies. | High technology industry | Amey, Robert George |
| Breeding innovation clusters through collaborative research networks. | High technology industry | Liyanage, Shantha |
| Cognitive styles of consumer initiators. | High technology industry | Foxall, Gordon R. |
| Complexities of collaborative product development. | High technology industry | Littler, Dale, Bruce, Margaret, Leverick, Fiona |
| Concentration, firm size and innovation: evidence from innovation costs. | High technology industry | Archibugi, Daniele, Evangelista, Rinaldo, Simonetti, Roberto |
| Cross-border linkages and the US defense industry: outlook and policy challenges. | High technology industry | Mowery, David C., Chinworth, Michael W. |
| Disassembly and recycling of electronic consumer products: an overview. | High technology industry | Ron, Ad de, Penev, Kiril |
| Empowerment and total quality: comparing research findings in the USA and Brazil. | High technology industry | Macedo-Soares, T. Diana L.v.A. de, Lucas, Debora C. |
| Establishing technology transfer infrastructure as a strategy for promoting manufacturing automation in Taiwan. | High technology industry | Tan, Raykun R. |
| Industrial innovation and parallel accounting developments. | High technology industry | Sweeting, R.C., Davies, R.E. |
| Innovation cycles and flexible automation in manufacturing industries. | High technology industry | Sanchez, Angel Martinez |
| Innovation implementations in Malaysian firms: process, problems, critical success factors in working climate. | High technology industry | Mohamed, M. Zain |
| Innovation in East Asia: diversity and development. | High technology industry | Hobday, Mike |
| Inward technology transfer as an interactive process. | High technology industry | Cordey-Hayes, M., Trott, P., Seaton, R.A.F. |
| Japan's R&D strategy reconsidered: departure from the manageable risks. | High technology industry | Baba, Yasunori, Kikuchi, Jun-ichi, Mori, Shunsuke |
| Kirton adaptation-innovation theory: organizational implications. | High technology industry | Mudd, Samuel |
| Managers as entrepreneurs: a view from Asia. | High technology industry | Minkes, A.L. |
| Manufacturing strategy and environmental consciousness. | High technology industry | Sarkis, Joseph |
| New technology-based firms and technology acquisition in Portugal: firms' adaptive responses to a less favourable environment. | High technology industry | Coombs, Rod, Fontes, Margarida |
| On the definition and measurement of technological discontinuities. | High technology industry | Ehrnberg, Ellinor |
| Patenting strategies in the German mechanical engineering industry and their relationship to company performance. | High technology industry | Ernst, H. |
| Publicly produced knowledge for business: when is it effective? | High technology industry | Hansen, Povl A. |
| R&D and corporate strategies in UK materials-innovating companies. | High technology industry | Wield, David, Roy, Robin |
| Significance of reverse transfer of technology and experiences with its promotion in industrialized countries. | High technology industry | Elshout, Jan |
| Small-firm formation in biotechnology: a comparison of France, Britain and Canada. | High technology industry | Niosi, Jorge, Walsh, Vivien, Mustar, Philippe |
| Technological penetration and organizational learning in SMEs: the cumulative effect. (small manufacturing enterprises) | High technology industry | Lefebvre, Louis A., Lefebvre, Elisabeth, Roy, Marie-Josee |
| The delicate task of linking industrial R&D to national competitiveness. | High technology industry | Papadakis, Maria |
| The generality/specificity issue in consumer innovativeness research. | High technology industry | Eastman, Jacqueline K., Goldsmith, Ronald E., Freiden, Jon B. |
| The implications of TQM for R&D strategy in New Zealand firms. (total quality management) | High technology industry | Taylor, D., Fisher, J., Kirk, C. |
| The importance of complementary assets in the development of smart technology. | High technology industry | Sheen, Margaret R., MacBryde, Jillian C. |
| The optimal lifetime of capital goods and pricing policies for replacement components and repair costs. | High technology industry | Stepan, Adolf, Hillinger, Christian |
| The Spanish innovative firm and the ESPRIT, RACE and EUREKA programmes: an organizational approach. | High technology industry | Baranano, Ana Maria |
| University-industry relationships in peripheral regions: the case of Aragon in Spain. | High technology industry | Sanchez, Angel Martinez, Tejedor, Ana-Clara Pastor |
| Value generation by industrial research. | High technology industry | Brockhoff, Klaus |
| What's the best way to develop your product? | High technology industry | Guy, Ian |
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