Sentence examples for vast distributed from inspiring English sources

Imagine, for instance, a nation that got most of its power from rooftop solar panels knitted together in a vast distributed grid.

"We're operating telescopes in space, preserving ancient languages, studying biodiversity, evolution and history — a vast distributed network of scholars and researchers active in over 100 countries," he said.

Brazil would truly maximize its efficiencies if it used the ethanol it so robustly produces to generate electricity at a central facility, operating at peak efficiency, and then send the resulting power to vehicles by way of electrons, rather than shipping it on trucks to a vast distributed network of fueling stations.

You give no reasons".Being able to follow and discuss such back-and-forth exchanges of views, in which each author quoted his opponent's words in order to dispute them, gave people a thrilling and unprecedented sense of participation in a vast, distributed debate.

The apps people are building resemble the ones built by Amazon.com, Facebook and companies that are using vast, distributed infrastructures to build out their ecosystems.

Unbeknownst to humans, advanced extraterrestrials ("Progenitors") had been conducting experiments in vast distributed nervous systems, culminating in planetary biosphere-sized presentient nervous system ("Manifold") on Chiron, leaving behind monoliths and artifacts on Planet to guide and examine the system's growth.

However, developers of such systems face a plethora of challenges, mainly due to complex dependencies between the application business logic and the underlying IoT cloud infrastructure, as well as difficulties to provision and govern vast, geographically distributed IoT cloud resources.

—Establishing pilot programs to open up government decision-making and involve the public in the work of agencies, not simply by soliciting opinions, but by tapping into the vast and distributed expertise of the American citizenry to help government make more informed decisions.

The vast number of distributed and redundantly deployed sensors necessitate specialised techniques for their discovery and ranking.

One way to achieve these properties is to utilize the vast literature on distributed systems where such self-stabilizing algorithms have been designed.

FPGA are optimal for massive parallel and relatively simple processing units rather than large universal computational blocks as is in case of SNN, including lots of multiply-add arithmetic blocks and vast quantities of distributed block RAM [19].