Sentence examples for most efficient from from inspiring English sources

In multimedia fingerprinting, for a given bound on the distortion of y C with respect to the watermarked copies, such a strategy is the most efficient from the attacker's point of view [14].

This approach does not account for the redundancies that are necessarily involved and, therefore, it is not the most efficient from the points of view of computational cost and time needed to generate the database.

Functional network architecture, as we define it, is an attempt to explain how all the nodes in a network are interconnected in a manner that is most efficient from the perspective of the task to be performed.

The findings suggest creatures relied on just a few types of bodies to swim quickly and easily through the deep oceans, and they evolved to have such body features because they're the most efficient from a physics perspective, said study co-author Johan Lindgren, a paleontologist at Lund University in Sweden.

Among the compounds for chemical energy storage, hydrogen is by far the most efficient from a gravimetric point of view; however, the drawbacks of physical storage methods, that is, liquid or compressed, are apparent.

Other studies show that nitric acid/iron III) solutions are most efficient for leaching lead from lead sulfide concentrates.

TR2 and TR5 cocktails, which were the most efficient for xylose production from xylans and for which XOs content were the less abundant, possessed both high xylanase and β-xylosidase activities.

Engineers at Chinook Sciences have created the world's most efficient energy- from-waste technology, enabling major recyclers and waste handlers to recover valuable metals and create energy from waste previously considered unrecyclable.

Clearly, the fluid dynamics analysis of the heat exchanger in question is aimed to obtain the most efficient configuration from the thermal point of view, which cannot be separated from the fluid flow inside it.

Each physical move is orchestrated by software that calculates the most efficient path from shelf to the shipping area, telling employees on their wireless bar code readers which aisle and pallet to go to next.

In effect, the energy is in multiple places at the same time and "finds" the most efficient route from where it is collected to where it is put to use.This first credible example inspired other scientists to follow similarly bold avenues of enquiry.