Sentence examples for created a dynamically from inspiring English sources

They are not static, in that the authors have created a dynamically changing vision of their ideas and experience.

The margins and edges of the book are designed by Tauba Auerbach in complementary colors that create a dynamically shifting effect when the book is shifted or closed.

The idea was to create a dynamically typed language that developers could pick up pretty easily and that would increase developer productivity.

Perhaps the most exciting new feature in Postbox (and the reason why I'll be downloading the application as soon as possible) is its ability to sort conversations and create a dynamically updated address book.

Here, you are given the option to create a Dynamically allocated disk (which means it will only be as big as it needs to be to operate properly but will NOT surpass the pre-determined size given to it).

These features, although useful bells and whistles, were cut from the design because they were extraneous to our core vision of creating a dynamically-loading OS, added unnecessary complexity, and consumed extra flash and RAM, which might be needed for some user programs.

The startup, which shares a number of founders with Weebly (though the two companies are unrelated), has created a system that dynamically adjusts the appearance of banner ads over time to maximize engagement.

Disruption of Kif5aa created a complex and dynamically changing retinotectal phenotype.

In order to tackle this problem, we have created BBot, a dynamically stable two wheeled robot capable of hopping and negotiating step terrains.

The paper analyzes the data standards of RCPQRMIS and creates a model for dynamically tracking the quality risk ("quality risk dynamic tracking" model) for providing pre-warning information on quality risk ("quality risk pre-warning" model) and for automatically generating publicity parameters for quality risk ("automatically generated quality risk publicity figure" model).

This paper introduces a niching technique called GAS (S stands for species) which dynamically creates a subpopulation structure (taxonomic chart) using a radius function instead of a single radius, and a "cooling" method similar to simulated annealing.