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Did You Know: Artificial Intelligence to drive GDP gains of USD 15.7 tn THE BLOG

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No sector or business is in any way immune from the impact of Artificial Intelligence. Global GDP will actually be 14% higher in 2030 as a result of it. This makes it the biggest commercial opportunity in today's fast changing economy. We examined the real value of AI for your business and how you can make the most of it. Broadly speaking, Artificial Intelligence (AI) is a collective term for computer systems that can sense their environment, think, learn, and take action in response to what they're sensing and their objectives. Forms of AI in use today include digital assistants and chatbots.


AI providers will increasingly compete with management consultancies

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MANY TECH FIRMS' offices boast luxurious perks such as nap pods, massages and soda fountains that offer employees a choice of exotically flavoured sparkling water. Corporate bosses like to think that finding customised AI solutions is just as easy as selecting a fizzy drink with a hint of grapefruit. Buying AI takes time, can feel like hard work, and the results are often imperfect. A number of vendors are scurrying to come to would-be users' aid. The leaders are the West's biggest providers of cloud storage: Amazon, Google and Microsoft.


How new use cases for artificial intelligence are driving demand โ€“ with telecoms at the heart of it

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There's been a significant increase in enterprise investment on technologies that analyse, organise, access, and provide advisory services that are based on use cases for unstructured data. In fact, worldwide spending on cognitive and artificial intelligence (AI) systems will reach $19.1 billion in 2018 - that's an increase of 54.2 percent over the amount spent in 2017. With industries investing aggressively in projects that utilise cognitive and AI software capabilities, International Data Corporation (IDC) now forecasts cognitive and AI spending will grow to $52.2 billion in 2021 and achieve a compound annual growth rate (CAGR) of 46.2 percent over the 2016-2021 forecast period. "Interest and awareness of AI is at a fever pitch. Every industry and every organisation should be evaluating AI to see how it will affect their business processes and go-to-market efficiencies," said David Schubmehl, research director at IDC. IDC has estimated that by 2019, 40 percent of digital transformation initiatives will use AI services and by 2021, 75 percent of enterprise applications will use AI.


Smarter Together: Bring Human-Centered Design to AI

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Artificial intelligence is set to reshape business and society. For AI to yield economic value, however, designing algorithms compatible with human thought processes is critical. The ability of artificial intelligence (AI) applications to automate tasks associated with human knowledge is rapidly progressing. Examples include recognizing faces, sensing emotions, driving cars, interpreting spoken language, reading text, writing reports, grading student papers, and even setting people up on dates. Yet at a business level, AI projects often fail to deliver desired outcomes because they are not designed to promote smart adoption by human users.


Artificial Intelligence: Fascination or Fear for Businesses?

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Frรฉdรฉric Durand, the Founder and CEO of Diabolocom, argues that it is not a question of if businesses should utilise AI, but how they use it. Artificial Intelligence (AI) is a much discussed and debated subject in 2018. From newspapers to world leaders, everyone is talking about what machine intelligence and robotics could and might do for businesses. With all the buzz it is generating, AI is rapidly emerging as a lucrative technology. By 2035, global consulting firm Accenture has suggested that AI could add an estimated ยฃ654 billion to the UK economy.


Artificial Intelligence in Professional Services

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This post is an initial analysis of opportunities in Artificial Intelligence (AI) as early systems start to come into range of being useful to enterprises other than the big data analytics based businesses like Google and Facebook. To say the sector is overhyped is putting it mildly, but there are some babies among the frothy bathwater, but hopefully we can sort the wheat from the crap. Maybe a better term for AI is "Automated Intelligence" โ€“ essentially it is just another wave of (digital) automation, chipping away at "white collar" knowledge work, just at the next level up compared to the previous waves.


Artificial Intelligence Implementations Will Require a Significant Level of Professional Services Support to Reach Enterprise Scale, According to Tractica

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BOULDER, Colo.--(BUSINESS WIRE)--Artificial intelligence (AI) has worked its way into a variety of industries, from the obvious (autonomous vehicles) to the hidden (anti-money laundering due diligence). But according to a new report from Tractica, while organizations are clearly recognizing the value associated with incorporating AI into their business processes, they are also encountering a number of challenges with integrating this new intelligence into operational processes. Taking AI beyond the proof-of-concept phase to the enterprise scale will require a significant level of professional services to support large implementations, with key service categories including application integration, support and maintenance, training, customization, and installation. Tractica forecasts that the worldwide market for AI services will grow from $10.1 billion in 2017 to $188.3 billion by 2025. The market intelligence firm anticipates that the industry sectors using the highest levels of professional services to support AI deployments will include business services, consumer, healthcare, advertising, and automotive.


Design in Tech Report 2018

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For this year's report, I took a stab at learning all the CSS/JS that I've always wanted to know, and then went after the task of making a fully responsive report. I've succeeded in doing so, and so this PDF version isn't as good as the real thing. In the next few days I will be sharing a link to the real digital experience. But for now -- enjoy this static version of the report which has a few parts that couldn't render to static form. Because ... this year's report is truly computationally designed and therefore needs to be expressed appropriately (smile). Expect a video version on my new YouTube channel "John Maeda is Learning." What can I do about it? As the marginal return on computing power (a la Moore's law) diminishes and technology is less of a differentiating factor, the value of design has entered the foreground. Five (20%) of the top cumulative-funded VC- backed ventures that have raised additional capital since 2013 are noted to have designer co-founders.


How advanced industrial companies should approach artificial-intelligence strategy McKinsey & Company

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Artificial intelligence (AI) has reached a commercialization tipping point. As a result of several technology advancements that are now converging, major investments by technology companies and start-ups, and demand from businesses, AI is starting to have a major impact across markets. Advanced industries such as automotive, semiconductors, and industrial manufacturing could harness AI over the next decade to discover entirely new ways to make things better, cheaper, and faster. While popular reporting on the topic often tends to focus only on generating new business ideas, companies can directly apply AI to their current core business processes and operations. However, many companies have yet to think through how they could embed AI in their strategies and businesses.


How Do Machines Learn?

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You've heard of machine learning and seen what it can do, but how exactly do machines learn? We feed algorithms, which are sets of rules used to help computers perform problem-solving operations, large volumes of data from which to learn. Generally, the more data a machine learning algorithm is provided the more accurate it becomes. Machine learning algorithms are split into two main categories based on how they interact with data: supervised and unsupervised. Due to their differences when analyzing data, these two machine learning categories are better suited for solving different problems.