Sentence examples for borrowing principles from inspiring English sources

We propose a novel algorithm for online and asynchronous processing of brain signals, borrowing principles from semi-unsupervised approaches and following a dynamic stopping scheme to provide a prediction as soon as possible.

Zabarella also developed a theory of the middle (or mixed) sciences that, contrary to the prevailing view, afforded sciences such as astronomy and optics full demonstrative status despite their borrowing principles from pure mathematics.

In 2006, the British Columbia Cancer Agency – Vancouver Island Centre (BCCA - VIC) initiated a centre-wide project built on the ideas and energy of clinical and health care staff, borrowing principles of participatory research and aiming to address the challenges posed by expanding translational research.

Borrowing principles from human ultrasonic Doppler Imaging, stroke volume and cardiac output were extracted from linescans of the dorsal aorta close to the heart, where there is little influence from peripheral vessels.

Borrowing principles of evolution and biodiversity, scientists have reasoned that tumors originate in stem cell populations, as the innate longevity of stem cells increases the chance of acquiring harmful mutations [ 45].

QIM borrows principles from digital watermarking [20] and writing on dirty paper [21].

But, in order to effectively exploit sound, we have to avoid the risk to simply borrow principles and models from vision and to adapt them to listening, without a real understanding of specific perceptual features of the audible domain.

As a philosopher and theologian, he was perfectly capable of using such borrowed principles to draw his own conclusions, ones which he himself said depended more on Alexander of Hales than on any philosopher: "For I do not intend to advocate new opinions, but to reweave the common and approved ones".

His efforts to accelerate vaccines through GAVI yielded the PneumoADIP and RotaADIP projects, which borrowed principles from private-sector product launches and applied them to accelerating vaccine access for the world's poorest countries.

After searching the mathematical literature, Dr. Senecal, a student of Dr. Reiz, found a better way to speed up the evolution of designs by borrowing genetic principles.

Material scientists believe body armour could be made better at absorbing blows by borrowing design principles from a deep-sea snail.