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Computing in sentence

302 examples of Computing in a sentence

And just as competition authorities on both sides of the Atlantic have been losing sleep over the Windows monopoly, Microsoft’s desktop model is threatened today by handheld devices and Google’s dispersed online computing model.
Although Moore’s law about the doubling of computing power every two years means that cyber time moves quickly, human habits, norms, and state practices change more slowly.
It is difficult for me and many other sight-impaired people to grasp that, in this age of personal computing, digital information transfer, 3D printers, and narration software, our access to publications that we can read remains unnecessarily restricted.
Around the globe, entire industries are being redefined and created from scratch, owing to groundbreaking developments in artificial intelligence, robotics, the Internet of Things, autonomous vehicles, 3D printing, nanotechnology, biotechnology, materials science, energy storage, and quantum computing.
Twenty years of the most advanced thinking for mathematical algorithms came from a Soviet empire starved of computing power.
So, despite the Brexit unknowns, they are continuing to invest in future-oriented areas like cloud computing, artificial intelligence, and data analytics.
As a result of advances in computing power, the advent of cloud computing, and new software tools, more of these data sets can be quickly analyzed and used by businesses to reduce costs, boost productivity, and create new products and services.
Google and Alibaba now compete for the world’s top computer engineers, many of whom are European, in order to win the race to control the world’s data, develop quantum computing (on which the next generation of encryption will rely), to create more profitable applications of artificial intelligence.
With technologies like cloud computing, soil sensors, and weather drones changing how food is produced, packaged, and distributed, digital literacy is as important as arable land and high-quality seeds.
It is hard to make sense of such assumptions, and harder still to accept that they could provide a good basis for computing Puerto Rico’s actual repayment capacity.
In one of the newest IT fields, cloud computing, where US firms are pioneers, firms and entrepreneurs in many countries are exploring the creation of non-US alternatives.
Like Nokia in the mobile-phone industry – not to mention Microsoft and IBM in the computing industry – one day they will lose their leading position.
Innovations like new cancer drugs or faster computing should benefit people everywhere – not only those fortunate enough to live in the country where the discoveries happen to have been developed.
Smart phones are set to connect an additional 2-3 billion of the world’s citizens by 2020, with billions of machine sensors monitoring everything from tractors to jet engines, and further breakthroughs in computing power enabling massive increases in data storage and analysis.
No one disputes that quantum phenomena, if they could be harnessed, would revolutionize information processing, enabling ways of computing that no existing computer, even in principle, would be capable of duplicating.
Quantum computing, according to this view, is possible because a quantum computer performs vast numbers of separate computations in different universes and then shares the results through quantum interference.
More computing power can now be held on a desktop or in a person’s hand than could be gathered in a room only a generation ago.
Tremendous declines in computing, communication, and transport costs have democratized technology.
The cost of computing hardware collapses over time in line with Moore’s law of relentlessly increasing processing power.
Already, UNHCR has established a task force in Jordan to explore how information and computing technology can be leveraged to provide refugees with greater access to higher education.
Computing became decentralized, and the new flexibility produced a sense that control was moving away from big agglomerations of power – whether governments or companies.
Indeed, within a few years, individuals would possess in a small machine as much computing power as the mainframe IBM 360’s that had revolutionized centralized computing in the 1960’s.
There are more specialized applications of computing and information technology in smart machines and mobile telephones, whose defining characteristic is that they communicate with each other.
Economic activity of this kind is of doubtful social value, yet it eats up real resources in terms of human talent, computing power, and debt.
One in three of the world’s unicorns (start-ups valued at more than $1 billion) is Chinese, and the country’s cloud providers hold the world record for computing efficiency.
Though some modern industries – like office accounting and computing machinery, and radio, television, and communication equipment – tend to be located in more specialized districts, roughly three-quarters of Indian districts with higher specialization levels rely on traditional industries.
Of India’s 600 districts, those that remain the most specialized are Kavaratti (water transport), Darjiling (paper products), Panchkula (office accounting and computing machinery), and Wokha (wood products).
But when it comes to advanced technologies in emerging sectors like next-generation computing and energy systems, as well as developments in manufacturing like robotics and 3D printing, Japan’s considerable lead should not be underestimated.
Researchers employed by the fund could share knowledge, facilities, and state-of-the-art equipment, data, and computing resources, spread over a wide array of projects.
By the beginning of the twenty-first century, computing power cost one-thousandth of what it did in the early 1970s.
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