Champion
debater Harish Natarajan argues against IBM Debater, represented by a screen
with a blue oval, in a competition at the IBM Think conference. Stephen Shankland/CNET
The subject under debate was
whether the government should subsidize preschools. But the real question was
whether a machine called IBM Debater could out-argue a top-ranked human
debater.
The answer, on Monday night, was
no.
Watch
this:Hear IBM
Debater argue with a human -- and lose 3:18
Harish Natarajan, the grand finalist at the 2016 World Debating
Championships, swayed more among an audience of hundreds toward his point of
view than the AI-powered IBM Debater did toward its. Humans, at least
those equipped with degrees from Oxford and Cambridge universities, can still
prevail when it comes to the subtleties of knowledge, persuasion and argument.
"What really struck me is the potential value of IBM Debater
when [combined] with a human being," Natarajan said after the debate.
IBM's AI was able to dig through mountains of information and offer useful
context for that knowledge, he said.
It was the second time IBM Debater took on humans in public,
though it's taken part in dozens of debates behind Big Blue's walls. In the
first IBM Debater competition, the
AI defeated one human debater soundly while losing a closer competition with
another. This time, though, the human opponent was tougher -- indeed, IBM
researchers involved in the years-long project expected their AI would lose.
Computer
persuasion
IBM Debater lost, but there's no question it won in a way:
Listening to it, you evaluate what it's saying, not just that it's a computer
saying something. The machine marshaled its argument, broke that down into a
few points and backed them up with data from various studies. It wasn't
perfect, but it was on point.
And, weirdly for an AI, it told us how Homo sapiens ought to
behave.
"Giving opportunities to the less fortunate should be a moral
obligation for any human being," IBM Debater said.
World’s 1st remote brain surgery via 5G network performed in China Published time: 17 Mar, 2019 13:12 · A Chinese surgeon has performed the world’s first remote brain surgery using 5G technology, with the patient 3,000km away from the operating doctor. Dr. Ling Zhipei remotely implanted a neurostimulator into his patient’s brain on Saturday, Chinese state-run media reports . The surgeon manipulated the instruments in the Beijing-based PLAGH hospital from a clinic subsidiary on the southern Hainan island, located 3,000km away. The surgery is said to have lasted three hours and ended successfully. The patient, suffering from Parkinson’s disease, is said to be feeling well after the pioneering operation. The doctor used a computer connected to the next-generation 5G network developed by Chinese tech giant Huawei. The new device enabled a near real-time connection, according to Dr. Ling. “You barely feel that the patient is 3,000 kilometers away,” he said.
BMW traps alleged thief by remotely locking him in car Stealer's Wheel? Seattle police department quotes "Watchmen" movie in a recap of the recent arrest. Tech Culture by Gael Fashingbauer Cooper December 4, 2016 5:00 PM PST It's maybe the most satisfying arrest we can imagine. Seattle police caught an alleged car thief by enlisting the help of car maker BMW to both track and then remotely lock the luckless criminal in the very car he was trying to steal. Jonah Spangenthal-Lee, deputy director of communications for the Seattle Police Department, posted a witty summary of the event on the SPD's blog on Wednesday. Turns out if you're inside a stolen car, it's perhaps not the best time to take a nap. "A car thief awoke from a sound slumber Sunday morning (Nov. 27) to find he had been remotely locked inside a stolen BMW, just as Seattle police officers were bearing down on him," Spangenthal-Lee wrote. The suspect found a ke
Visualizing The Power Of The World's Supercomputers BY TYLER DURDEN FRIDAY, JAN 21, 2022 - 04:15 AM A supercomputer is a machine that is built to handle billions, if not trillions of calculations at once. Each supercomputer is actually made up of many individual computers (known as nodes) that work together in parallel. A common metric for measuring the performance of these machines is flops , or floating point operations per second . In this visualization, Visual Capitalist's Marcus Lu uses November 2021 data from TOP500 to visualize the computing power of the world’s top five supercomputers. For added context, a number of modern consumer devices were included in the comparison. Ranking by Teraflops Because supercomputers can achieve over one quadrillion flops, and consumer devices are much less powerful, we’ve used teraflops as our comparison metric. 1 teraflop = 1,000,000,000,000 (1 trillion) flops. Supercomputer Fugaku was completed in March 202
Comments
Post a Comment