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*The Beautiful Brain of Neural Networks. | khaodeedee
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*The Beautiful Brain of Neural Networks.

***I was sharing with someone how sensible my dog was. He shrugged dismissively and said, "Dogs are just excellent structure detectors."

*Afterward, I viewed my dog just a little differently. "Will you be intelligent, or simply a style detector?" I asked her. She just wagged her tail and said nothing at all, and Perhaps that's available to interpretation. She swims in a sea of data from perspective, may seem, and smells. Out of this data, she sorts a style of the world--a dog's world, and the one that is unknowable to us, yet appears to have commonalities with this own. She is aware of the items and inhabitants of her world and the habits of each day experience and she actually is keenly alert to any anomalies. I once observed a loudspeaker on intellectual property say that "your pet knows where your premises ends." I'm uncertain that my dog will, but if so, it might be a good example of deriving an abstract guideline from habits of behavioral data.

*Humans are very good at pattern diagnosis too. There is a scene early on in the movie A LOVELY Mind, where in fact the mathematician John Nash, played out by Russell Crowe, is taken up to an area in the Pentagon and shown a wall structure filled with apparently arbitrary digits. "The computer can't discover a design, but I'm sure it's code," says an over-all. Nash stares for years at the digits, plus some of them seem to be to emerge to shine brighter than others. He becomes to the overall. "I desire a map," he says. He has found geographic information in the habits. Later in the movie however, Nash begins seeing habits that are delusion alternatively than deduction.

-Today we're significantly using computer systems as design detectors. Back the 1980s I had developed a neural-network research team in the business that I supervised.

-In those days neural networking was a hot subject matter, riding quickly in the hype pattern. But my CEO was unimpressed. "It is the second-best treatment for any issue," he said. It appeared a damning comment--whatever you were aiming to do, there will be a dedicated approach that might be much better than the generalized solution empowered by the composition of an neural network. But that was then, and today is different.

-Since those start of neural systems, computers have got a lot more powerful, big-data packages have grown to be ubiquitous, and neural systems have been increased with more levels and given a complex mix of art work and fashionable mathematics for training. Breakthroughs have been manufactured in long-standing problems including the acceptance of handwriting, encounters, and talk, while new areas have exposed in the labeling of images and in the navigation and control of autonomous vehicles. Abruptly it appears that neural systems are being used all over the place. Wherever there are habits and relevant data, profound learning has been applied. Neural sites are no more the second-best way to the situation. Often they will be the best, and in most cases it is we humans who've used second place. It's the computer that gets the beautiful mind.

-It is a thrilling amount of time in this evolution, however in one aspect the problem reminds me of looking within my dog. Just like my dog's internal world, we don't always know very well what is inside the dark-colored pack of the profound neural network. What's the network "taking a look at"? The facts "thinking"? We're able to ask it to describe its decisions. Have you been intelligent or simply a pattern detector? However, not only does it not talk, it generally does not even wag its tail...