Sentence examples for ever growing complexity from inspiring English sources

The ever growing complexity of distributed systems provide motivation for the use of autonomous systems as manual control is expensive, prone to errors and time consuming.

With the ever growing complexity of System-on-Chip design, a considerable effort has been made to introduce higher levels of abstraction and to integrate high-level synthesis solutions to the design flow.

Given the ever growing complexity and reticular nature of human sepsis, is it wise to continue to pursue single therapeutic interventions for the multidimensional sepsis syndrome [ 8, 9]?

Computing systems are ever growing in complexity.

He was in charge of a computer algorithm when it began to produce inexplicable losses big enough to sink his bank: "This was a bomb and I was the only one who could defuse it". 4. Technology and growing complexity offer ever more scope for abuse, as this former structurer attests in a painfully honest appraisal: "So why did I quit?

Time might have silvered and thinned the hair on their heads, but the music they were making now was as young as ever, exuberantly rattling through processes of growing complexity and changing pattern against a stable pulse and a stable repeating frame.

The majority of system designers use modular architectures based on Microsoft DirectShow implementation[4, 5] in order to address the growing complexity of novel products and the ever increasing time-to-market pressure.

The growing complexity of modern society and its government thrusts ever greater power into the hands of administrators and committees of experts.

The overarching issue is the growing complexity of technology itself, and the demands this puts on people to understand an ever widening taxonomy of interconnected component parts and processes.

Due to the ever-increasing energy demand, power systems are now operating closer to their operation limits, and the growing complexity of power systems and the inevitable uncertainties in power system operation introduced by fast penetration of renewable stochastic generation (such as wind and solar) increase the possibility of power system failures [1, 2].

The availability of such information is becoming ever-more important for weighing the comparability of assay results thanks to the rapid evolution and growing complexity of high-throughput experimental techniques [ 74- 78].