Sentence examples for by the exponential increase from inspiring English sources

They are being aided by the exponential increase in processing power, which has created computers with millions of times the power of those available to researchers in the 1960's — at consumer prices.

But the all-or-nothing style is not helping, and it is encouraged by the exponential increase in the use of defensive shifts — from 2,357 in 2011 to a projected 36,000 this season.

The concept of evidence-based medicine (EBM) has appeared as clinicians are becoming more and more overwhelmed by the exponential increase in medical literature and need a means of locating, making sense of, and applying, relevant information to patient care.

For one, it has redefined formerly traditional methods of doing things in the sector similar to how the dot-com craze, characterized by the exponential increase in the adoption of computers, refined archaic practices in other industries.

The temperature response function (Fig 1b) may be a signal of increased grazing pressure, and a change in the relative effect of growth and loss terms on biomass, with the exponential decrease in chlorophyll biomass above 15°C caused by the exponential increase in growth of predators relative to prey.

This condition is identified by the exponential increase in solution density along the ultracentrifuge tube axis.

This trend is facilitated primarily by the exponential increases in the capabilities of computing, storage and communication technologies.

The current issue of PPC, for instance, ponders "Court-bouillon, an early attestation in Anglo-Norman French?" while not being too grand to ask anxiously "Is slurping uncouth?" It is customary to end an article such as this by pointing out that, despite the exponential increase in books, blogs and journals dedicated to food, we now cook less than we ever did.

One difficulty in the handling of high-dimensional problems by fuzzy rule-based systems is the exponential increase in the number of fuzzy rules with the number of input variables.

The computational effort associated with N-gram analysis is often referred to as the 'Curse of dimensionality' and was first coined by Bellman in 1961 to describe the exponential increase in computational effort associated with adding extra dimensions to a domain space.

Of course the exponential increase in computer capability dictated by Moore's Law does not in itself form a force that drives the economy.