Data from Australian manufacturing industries show that high technology industries are more intensively automated that other manufacturing industries and that the technological level and product complexity of an industry are the best explanatory variables for automation intensity. The empirical evidence shows the need to modify some of the assumptions of the Utterback and Abernathy model of the innovation life cycle.
Coombs R. and Kleinknecht A.. 1986. . “‘New evidence on the shift toward process innovation during the long wave upswing’. ”. In Design, Innovation and Long Cycles in Economic Development . , Edited by: Freeman C.. p. 78––103. . Frances Pinter Publishers. .
M. Porter, ‘The technological dimension of competitive strategy’, Research on Technological Innovation, Management and Policy, vol. 1, JAI Press Inc, 1983.
Utterback J. and Abernathy W.. 1975. . ‘A dynamic model of poduct and process innovation’. . Omega . , Vol. 3((6)): 639––656. .
A. De Meyer, ‘The manufacturing contribution to innovation’, INSEAD Working Paper, no. 90/28, 1990.
Cainarca G.. 1989. . ‘An evolutionary pattern of innovation diffusion: The case of flexible automation’. . Research Policy . , Vol. 18((1)): 59––86. .
M. Breheny and R. McQuaid, (eds), The Development of Nigh Technology Industries, Routledge, 1988.
Martinez A.. 1992. . ‘The role of small firms in the development of the robotics market in Spain’ . , Spain : : University of Zaragoza. .