Sentence examples for multiple iterations that from inspiring English sources

Only on October 22nd did an update offer relief.The operating system was well tested: Apple released multiple iterations that software developers installed on millions of devices over several months.

So many people are familiar with it, and have stuck with through its multiple iterations, that they're going to want to play that game.

The Federal Reserve Bank of New York reported in 2004 that the variety of goods available for sale in the United States quadrupled between 1972 and 2001 and that the purchase of goods in multiple iterations during that time accounted for $280 billion worth of consumer spending.

It maintains that we are all affected differently by injustice and must address its multiple iterations simultaneously– that "nobody's free until everybody's free".

In short, if you think any successful ICOed company will deliver actual product before it would buy itself into multiple iterations of that same product I have a few tokens to sell you.

Given this requirement, Google Docs is an excellent solution that precludes the time-consuming compiling of multiple iterations of text that occurs with the exchange of documents via email or hard copies.

It should be apparent that multiple iterations are eventually needed to evaluate all criteria that define a relevant animal model and that it is unlikely that all questions posed during the evaluation stage can be answered in one 'decisive' study.

They understand that it takes multiple iterations to produce dynamic solutions that will stand up under any conditions.

By performing multiple iterations and collecting pairs that pass a given threshold, we assure with high probability that if an interacting pair exists, it is included in the candidates list and will be reported during validation stage.

It takes multiple iterations to produce solutions that stand up under any conditions.

Biotechnologists that tinker with the metabolism of microorganisms to produce valued products look at the engineering process through the lens of the so-called 'design-build-test cycle.' The idea is that multiple iterations of this cycle ultimately allow the identification of combinations of genetic and metabolic elements that produce the highest levels of a desired drug or chemical.