Artificial intelligence is seen as the emerging technology with the most potential by state chief information officers, yet basically none say AI is widely deployed in their state, according to a new report. The findings detailed in a report from the National Association of State Chief Information Officers, Center for Digital Government and IBM underscore the lengths states have to go to realize the potential of artificial intelligence in state government. Only 1% of state CIOs said the technology is "widely used" in their state while another 19% said they are piloting artificial intelligence, 13% are using but not in "core lines of business," 31% are engaged in demonstrations or proofs of concept, and 24% are evaluating proposals. "A lot of activity is in the very early stages of development," said Joe Morris, vice president of research at e.Republic, as he spoke about the report's findings at NASCIO's annual conference in Nashville this week. Forty-five states provided responses to survey questions analyzed for the report.

If you are in the Information Technology space, you are likely knowledgeable on what artificial intelligence holds. In fact, considering AI, the future of Information Technology appears bleak to some experts but promising to others. Some workers are concerned with the future of their jobs. Yes, research reveals that automation and artificial intelligence could be coming for these jobs. In fact, there is a possibility of a replacement of over 22 million jobs within the next decade – in the United States alone.

If you are in the Information Technology space, you are likely knowledgeable on what artificial intelligence holds. In fact, considering AI, the future of Information Technology appears bleak to some experts but promising to others. If a tech worker is worried about their job?

I'm cautiously optimistic that by the time I need it, my car will be a trusted independent driver. Imagine the difference it will make for those who cannot drive to be able to accept any invitation, or any job offer, without being dependent on having a person or public transport to get them there. . Researchers and companies are also developing cognitive technologies for accessible public transportation. For example, IBM, the CTA (Consumer Technology Association) Foundation, and Local Motors are exploring applications of Watson technologies to developing the world's most accessible self-driving vehicle, able to adapt its communication and personalize the overall experience to suit each passenger's unique needs. Such a vehicle could use sign language with deaf people; describe its location and surroundings to blind passengers; recognize and automatically adjust access and seating for those with mobility impairments; and ensure all passengers know where to disembark.

Chinese professional Go player Ke Jie preparing to make a move during the second game of a match against Google's AlphaGo in May 2017. Artificial intelligence (AI), once described as a technology with permanent potential, has come of age in the past decade. Propelled by massively parallel computer systems, huge datasets, and better algorithms, AI has brought a number of important applications, such as image- and speech-recognition and autonomous vehicle navigation, to near-human levels of performance. Now, AI experts say, a wave of even newer technology may enable systems to understand and react to the world in ways that traditionally have been seen as the sole province of human beings. These technologies include algorithms that model human intuition and make predictions in the face of incomplete knowledge, systems that learn without being pre-trained with labeled data, systems that transfer knowledge gained in one domain to another, hybrid systems that combine two or more approaches, and more powerful and energy-efficient hardware specialized for AI.

DALIAN, China--(BUSINESS WIRE)--New research from Accenture (NYSE:ACN) reveals that artificial intelligence (AI) could accelerate China's economic growth rate from 6.3 percent to 7.9 percent by 2035, by transforming the nature of work and opening new sources of value and growth. The report, titled "How Artificial Intelligence Can Drive China's Growth," explores new insights into AI and its impact on China's economy. Based on analysis and modeling by Accenture Research, in collaboration with Frontier Economics, there is dramatic impact on China's growth when AI is added as a completely new factor of production to the economic growth model. "China has already made great leaps in the development of AI and our research shows that it has the potential to be a powerful remedy for slowing growth," said Chuan Neo Chong, Accenture Greater China Chairwoman. "However, as with any catalyst, it is important to remember the challenges and the risk of unintended consequences. Stakeholders must prepare themselves intellectually, technologically, politically, ethically and socially for the promise of AI."

New research from Accenture (NYSE:ACN) reveals that artificial intelligence (AI) could accelerate China's economic growth rate from 6.3 percent to 7.9 percent by 2035, by transforming the nature of work and opening new sources of value and growth. This Smart News Release features multimedia. AI is poised to boost China's GVA by USD $7,111 billion by 2035 (Graphic: Business Wire) The report, titled "How Artificial Intelligence Can Drive China's Growth," explores new insights into AI and its impact on China's economy. Based on analysis and modeling by Accenture Research, in collaboration with Frontier Economics, there is dramatic impact on China's growth when AI is added as a completely new factor of production to the economic growth model. "China has already made great leaps in the development of AI and our research shows that it has the potential to be a powerful remedy for slowing growth," said Chuan Neo Chong, Accenture Greater China Chairwoman.

Carat Digital Director, Anthony O'Callaghan, believes AI is more friend than foe for media agencies, with the potential to transform the way they operate, making space (in minds, as well as calendars) for more creative and strategic thinking. There's been a great deal of talk around artificial intelligence and automation as a threat to jobs and the survival of media agencies in the not so distant future. I certainly don't disagree with its potential to kill off, or at the very least, drastically alter the agency model as we know it; I just don't think this is necessarily a bad thing. As anyone in an agency will tell you, there is a heavily process-driven side to the life of a media planner/buyer that can, at times, feel robotic in nature. This day to day'business as usual' (BAU) activity – booking, reporting, auditing, finance, spot-checking; the list goes on – forms the backbone of any media agency. 'Business as usual' can, however, leave very little time in the day (or space in your mind) for the kind of innovation and future-focused thinking that inspires and excites not only clients, but the planners themselves.

Only a few short years ago, healthcare organizations were wondering what exactly "big data" was and why they had to care about it. As the industry moves into 2017, they might have similar questions about the definitions of terms like "blockchain," "the Internet of Things," and "artificial intelligence" – but the use cases for these cutting-edge technologies are rapidly becoming crystal clear. From precision medicine and business intelligence to data security and patient engagement, the IoT, AI, and blockchain hold exciting promises for providers, patients, and researchers looking to move their big data hoards from repositories to real results. The healthcare sector must join its peers in other industries to leverage these new applications for big data, according to a pair of reports fromthe White House and Gartner, Inc., in order to take advantage of the nearly-limitless opportunities for lowering costs, improving outcomes, and achieving quality goals. Artificial intelligence will soon "improve the world" While android physicians and self-driving gurneys are likely still several decades away, basic artificial intelligence programs are already making an impact on everyday society.

Only a few short years ago, healthcare organizations were wondering what exactly "big data" was and why they had to care about it. As the industry moves into 2017, they might have similar questions about the definitions of terms like "blockchain," "the Internet of Things," and "artificial intelligence" – but the use cases for these cutting-edge technologies are rapidly becoming crystal clear. From precision medicine and business intelligence to data security and patient engagement, the IoT, AI, and blockchain hold exciting promises for providers, patients, and researchers looking to move their big data hoards from repositories to real results. The healthcare sector must join its peers in other industries to leverage these new applications for big data, according to a pair of reports fromthe White House and Gartner, Inc., in order to take advantage of the nearly-limitless opportunities for lowering costs, improving outcomes, and achieving quality goals. Artificial intelligence will soon "improve the world" While android physicians and self-driving gurneys are likely still several decades away, basic artificial intelligence programs are already making an impact on everyday society.