Sentence examples for based on harnessing from inspiring English sources

Some of the most exciting new ideas in organizations are based on harnessing the collective intelligence of crowds and communities.

Here we summarize peptide tags that are able to form spontaneous amide bonds, based on harnessing reactions of adhesion proteins from the bacterium Streptococcus pyogenes.

Since the user scheduling in 802.11ac+ is based on harnessing the ECG, we first look into the concept of it.

One strategy for taking computers into a whole new realm of miniaturization is based on harnessing the unfamiliar quantum laws of the atomic world.

Taking into account the limited economic resources available, the research strategy was based on harnessing the power of existing public, accessible information.

Neuromorphic computing is based on harnessing synthetic neurons, maybe 100 billion programmable neurons to replace the chips that conventional supercomputers use, vastly increasing the speed and capacity to solve big complex problems.

The current global use of artemisinin anti-malarials as a standard treatment saving millions of lives is based on knowledge harnessed from Chinese medicine [ 4].

Based on the powers harnessed by the elements, some elements compliment each other while some elements counteract or destroy the power of other elements.

Based on the concept of harnessing the inherent strength of the immune system and redirecting it to target cancer cells, cellular therapies have shown tremendous promise in the fight against cancer.

A Berkeley team of eight faculty members and 40 Ph.D. students is rising to that challenge via three initiatives: inventing algorithms based on statistical machine learning; harnessing many machines in the cloud; and developing crowd-sourcing techniques to get people to help answer questions that prove too hard for our algorithms and machines.

"This is a major step toward making practical devices based on our technique for harnessing both the light and heat energy provided by the sun," said Nicholas Melosh, associate professor of materials science and engineering at Stanford and a researcher with SIMES, a joint SLAC/Stanford institute.