Sentence examples for technological lifecycle from inspiring English sources

The firm also selects technologies to employ in the implementation of its strategies and thus is subject to the state of the technology regime lifecycle within which these technologies exist (technological lifecycle).

Putting aviation on a more sustainable footing is an enormous challenge, according to Steven Barrett, director of the Laboratory for Aviation and the Environment at MIT. "Not least because the technological lifecycle for aviation isn't far off a century," he said.

Life Cycle Assessment (LCA) is a widely known methodology for "cradle to grave" investigation of the environmental impacts of products and technological lifecycles; however, this methodology has not been yet broadly used as an eco-design tool among the practitioners of the building sector.

In contrast, recent contributions from the technology lifecycle literature have argued that policies should be tailored to differing technological characteristics in industries for mass-produced standardized goods, complex engineered products, and as we argue complex product systems (CoPS).

That's the technology lifecycle.

Specifically, posture comprises a firm's state along three dimensions: the organizational, technological and market lifecycles, reflecting its readiness to both engage in and benefit from innovation (Damanpour 1991).

Companies need to master the demands of markets (e.g. customer requirements, competition, reduce product lifecycles, etc)., as well as the demands of technologies (e.g. technological complexity, technological innovation barriers, etc)., among many other things (e.g. organizational behavior, processes, etc)., in order to succeed.

Technological upgrading is accelerating and product lifecycles are shortening.

Technological needs may vary along the application lifecycle.

Product lifecycle problems are limited not only by technological issues, but also by economic and social issues.

The data is quantitatively analyzed according to four groups of indicators based on the following specialization-relevant concepts: comparative advantages and technological capabilities; economy size and income; technological uncertainty and lifecycles; and latecomer entry into complex technologies where knowledge is most cumulative.