As algorithms and artificial intelligence infiltrate science, don’t expect bots to replace researchers -- but AI may guide scientists and funding agents toward the most promising unexplored territory. There’s a lot of room for improvement in the way humans are choosing scientific questions, said sociology professor James Evans, who suggested the use of algorithms for guidance in a special section of Science Magazine called “Toward a More Scientific Science.”
In November 2017, an advocacy group called the Campaign to Stop Killer Robots published a short film called “Slaughterbots” in which autonomous drones developed by the military-industrial complex terrorize and kill innocent civilians. Though compelling, Slaughterbots is disingenuous propaganda that stigmatizes incredibly valuable AI research done by defense agencies--research that will have broad social and economic benefits beyond just defense applications.
Artificial intelligence (“AI”) is changing the world before our eyes. The promise of AI to improve our lives is enormous. AI-based systems are already outperforming medical specialists in diagnosing certain diseases, while the use of AI in the financial system is expanding access to credit to borrowers that were once passed by.
Huawei unveiled two new artificial intelligence chips aimed at data centers and smart devices, pitting it against major silicon players including Qualcomm and Nvidia, as the Chinese giant laid out a strategy it hopes will drive growth in the next few years. The new chipsets are called the Ascend 910 and Ascend 310 and were revealed Wednesday at the Huawei Connect conference in Shanghai, China.
The bill aims to do a number of things, including establishing an AI in government advisory board, directing the White House Office of Management and Budget to look into AI as part of the federal data strategy, getting the Office of Personnel Management to look at what kinds of employee skills are necessary for AI competence in government and expanding “an office” at the General Services Administration that will provide expertise, do research and “promote U.S. competitiveness.”
This movement from discovery to implementation marks a significant shift in A.I.’s center of gravity -- away from the United States and toward China. The age of discovery relied heavily on innovation coming out of the United States, which excels at visionary research and moonshot projects. A.I. implementation, however, plays to a different set of strengths, many of which are manifested in China...
The Defense Department’s cutting-edge research arm has promised to make the military’s largest investment to date in artificial intelligence (AI) systems for U.S. weaponry, committing to spend up to $2 billion over the next five years in what it depicted as a new effort to make such systems more trusted and accepted by military commanders.
Developing the technology-enabled workforce has topped the discussion agenda for thought leaders in business, politics and policy. Now, that discussion is rapidly moving to the K-12 education system, where the next generation must prepare for a world in which advanced technology such as artificial intelligence (AI) and robotics will be the norm and not the novelty.
Artificial intelligence technology is having a big impact on the experience of providing and delivering education. It's already transforming the way students learn, assisting teachers and smoothing application and admissions processes.
Even though space is vast and there is more than enough room to maneuver a spacecraft, there are other parameters that require a lot of attention. First of all, there aren’t enough reference points that astronauts or rovers can use to navigate their way around space. Then there are different forces present in space that can influence the spacecraft's trajectory.