Examples of using Deep-learning in English and their translations into Hebrew
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Using deep-learning techniques to locate potential human activities in videos.
And that's exactly the kind of intuition that our deep-learning systems are starting to develop right now.
When Ng's results became public in 2012, they sparked a race at Facebook, Microsoft,and other companies to invest in deep-learning research.
Researchers have created a deep-learning system that can teach a robot simply by observing a human's actions.
Next came the ability to concoct faces that looked like real people,using deep-learning tools known as generative networks.
A deep-learning algorithm, which was originally designed for particle-physics experiments at the CERN laboratory in Geneva, does the heavy lifting.
And sensors throughout a city might feed deep-learning systems that could, for instance, predict where traffic jams might occur.
Deep-learning software tries to imitate the activity in layers of neurons in the neocortex, which is the wrinkly 80 per cent of the brain where all our thinking occurs.
Another micromote they presented at ISSCC incorporates a deep-learning processor that can operate a neural network while using just 288 microwatts.
Automated PSIM systems, meanwhile, analyse video surveillance footage to identify suspicious events such as unattended bags andenhance the efficiency of data analysis through deep-learning algorithms.
Previous methods for locating potential humanactions in videos did not use deep-learning frameworks and were slow and prone to error, says Zhu.
You can easily train a deep-learning machine to, say, identify pictures of Siamese cats and pictures of Derek Jeter, and to discriminate between the two.
Obviously the limit here is that it requires a second set of eyes,but we're now looking for ways to use a deep-learning algorithm to cover the aspects of the images which are causing these decorrelations.
And Dean says deep-learning models can use phoneme data from English to more quickly train systems to recognize the spoken sounds in other languages.
It remains to be seen whether the information bottleneck governs all deep-learning regimes, or whether there are other routes to generalization besides compression.
Last June, a Google deep-learning system that had been shown 10 million images from YouTube videos proved almost twice as good as any previous image recognition effort at identifying objects such as cats.
Even as machines known as“deep neural networks” have learned to converse, drive cars, beat video games and Go champions, dream, paint pictures and help make scientificdiscoveries, they have also confounded their human creators, who never expected so-called“deep-learning”….
By setting a false positive rate ofone per million non-malicious web links, deep-learning can achieve a detection rate of 72% for new malicious web links that do not appear on previously announced threat lists.
After analyzing the data with a deep-learning algorithm, the AI system(that's unencumbered with cultural bias, personal preference, knowledge, experience or comfort with a substance) found possibilities that hadn't been explored previously.
At a recent competition held at CERN,the world's biggest particle-physics laboratory, deep-learning algorithms did a better job of spotting the signatures of subatomic particles than the software written by physicists- even though the programmers who created these algorithms had no particular knowledge of physics.
The duo discovered that a deep-learning algorithm invented by Hinton called the“deep belief net” works, in a particular case, exactly like renormalization, a technique used in physics to zoom out on a physical system by coarse-graining over its details and calculating its overall state.
For example, computer scientists can teach a deep-learning tool to recognize human faces by feeding it hundreds or thousands of photographs and essentially saying, each time, this is a face or this is not a face.