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181 Sentences With "neural nets"

How to use neural nets in a sentence? Find typical usage patterns (collocations)/phrases/context for "neural nets" and check conjugation/comparative form for "neural nets". Mastering all the usages of "neural nets" from sentence examples published by news publications.

Pichai alluded to AutoML and a future where neural nets can create new neural nets on their own.
Lately, they've been working together on some of buzzier elements of AI research like "automated machine learning," in which neural nets are used to train other neural nets.
It could be about our symbolic framework for neural nets.
The downside for neural nets is they're really hard to understand.
Suddenly, AI and neural nets could be used for image recognition.
How good are GPU-driven neural nets at recognizing things in images?
JC: The downside for neural nets is they're really hard to understand.
It would be decades before multi-layer neural nets proved Rosenblatt's prescience.
Others have already used deep neural nets to do much the same thing.
Using neural nets to alter images is only going to get more popular.
Waymo uses an automated process and human labelers to train its neural nets.
Others are building common-sense-like structure into neural nets in different ways.
You can check a more detailed video of the neural nets in action below:
Multiple neural nets analyze the data and reproduce the depth effect right in the viewfinder.
So increasingly sophisticated neural nets that can operate in reasonably sized computers in the car.
Will we keep inventing variants of neural nets that make once-unsolved problems look easy?
He travels to give talks, holds a weekly meeting to work on a new computer chip (the Tensor Processing Unit, designed specifically for neural networks), and is helping with the development of AutoML, a system that uses neural nets to design other neural nets.
Wait until someone starts chatting about recurrent neural nets and backpropagation in a Hollywood rom-com.
Then there's deep learning and the neural nets themselves have led to a number of breakthroughs.
So is teaching it to read and write, which FAIR is using neural nets for, too.
Those neural nets then adapt over time in order to compete against each other more effectively.
We didn't have computers powerful enough to take advantage of neural nets until early this decade.
That is, the coder feeds visual data into the neural nets, unable to predict what will emerge.
With deep neural nets, machines can learn to do certain tasks by analyzing large amounts of data.
In the fall, Apple acquired a startup called VocalIQ, which uses deep neural nets for speech recognition.
When the objects' positions were slightly altered, the neural nets misclassified them 97 percent of the time.
"It can generalize much better than the traditional neural nets everyone is now using," Ms. Sabour said.
For all their supposed braininess, he notes, neural nets don't appear to work the way human brains do.
The one below was made using hot dogs: Fans of neural nets will recognize this type of work.
Nope. These propositions may have been true in the early 2010s, when sophisticated consumer neural nets first emerged.
That's where LeCun's deep expertise in neural nets, and particularly in areas like optical character recognition, came in handy.
You could say the new developments in computer gaming helped to make the training of deep neural nets feasible.
So while neural nets may be good at low-level perception, they aren't as good at understanding integrated wholes.
With its new art filters, though, Facebook has managed to make these neural nets work locally on your phone.
These are all techniques either made possible or greatly enhanced by Apple's adoption of deep learning and neural nets.
We began to invent different ways of configuring neural nets so that we could get better results from them.
There's no question that image-recognition neural nets and cameras, you can be superhuman at driving with just cameras.
Google uses GPU-powered neural nets to recognize voice commands in Android and translate foreign street signs in Google Maps.
Neural nets provide the intelligence inside some driverless cars that allow them to tell a stop sign from a tree.
So you could say the new developments in computer gaming helped to make the training of deep neural nets feasible.
These neural nets are data-hungry, we're told, and need to continually improve their abilities by feasting on fresh inputs.
"[Machine learning] neural nets can apply to real-world environments, and that stuff has gotten cheaper and easier to deploy."
She has conducted a number of similar experiments with neural nets — from naming metal bands to generating recipes — with hilarious results.
Both neural nets outperformed other state-of-the-art models, and CLEVR was even able to outperform humans on some tasks.
The real problem with voice assistants isn't that they're underpowered, or that their neural nets aren't sophisticated enough to intuit our requests.
A machine intelligence system called Emma AI is getting its own fund to run, tapping neural nets to think like an analyst.
Caffe2Go won't remain limited to Style Transfer — it holds the key to deploying convolutional neural nets across Facebook's suite of mobile apps.
Strange things start to happen with machine vision neural nets when they're fed certain pictures that would be meaningless to humans, however.
Deep neural nets are used for everything from voice recognition in digital assistants to categorizing your holiday snaps in Google's Photos app.
Our phones and smart home devices can understand fairly complex commands, thanks to self-teaching recurrent neural nets and other 21st century wonders.
A big shift was going from neural nets that were quite shallow (two or three layers) to the deep nets (double-digit layers).
Arnoud calls this the "industrialization" or "productionization" of AI. As part of Alphabet, Waymo uses Google's data centers to train its neural nets.
DeepScale co-founder and CEO Forrest Iandola previously attained a doctorate at UC Berkeley working on deep neural nets and computer vision systems.
You don't need to collect millions of data points on which to train the neural nets, because they're learning by studying each other.
These new neural nets could also be modified for other tasks, such as looking at audio waves to detect the patterns of speech.
Goh essentially plugged these two neural nets together, creating a program that can generate random images with an adjustable amount of NSFW-ness.
They used neural nets on lots of online data to train the bot to talk like a teenager and added some fixed content.
As a result, neural nets can do all sorts of things that futurists have long predicted for computers but couldn't execute until recently.
Cherry used a "winner take all" approach to allow DNA neural nets to distinguish between numbers by synthesizing a so-called "annihilator" molecule.
And for a researcher training new neural nets, buying the latest graphic cards or renting processing power in the cloud will offer quicker results.
To that end, Musk said he's been generally happy about how the company's work has been progressing on its neural nets for autonomous driving.
The team then uses various machine-learning techniques—some old-school statistical analyses, some deep-learning neural nets—to draw lessons from those statements.
But in the 1990s, with faster and cheaper computers as well as new ideas about how to design neural nets, there was finally progress.
OpenAI's 'Dota 2' neural nets are defeating human opponents Yet for a human, picking up an apple isn't so different from pickup up a cup.
Because Microsoft originally built this toolkit for speech recognition systems, it was very good at working with time series data for building recurrent neural nets.
That year, he joined New York University's faculty and also got together with Hinton and Bengio in a largely informal coalition to revive neural nets.
These sets are essentially millions upon millions of examples, from which these neural nets can develop an understanding of real-world objects and environmental traits.
At the company's London offices, home to around 30 employees including ex-bankers and programmers, we're shown the fledgling neural nets for soccer games in action.
We first trained AlphaGo's neural nets on 30 million moves from human games so it could learn to predict what move a human expert would make.
Because neural nets loosely mirror the structure of the human brain, the theory was that they should mimic, in some respects, our own style of cognition.
Is there a combination of stimuli, generated by artificial neural nets tailored to a unique individual, that will lead to a sensual experience like no other?
Google uses neural nets to identify objects and faces in photos, recognize the commands you speak into Android phones, or translate text from one language to another.
With Prisma, its creators slowly improved the app by making the neural nets faster, adding more filters, and allowing the software to run locally on users' phones.
The hope is that by focusing on deep neural nets, Microsoft can adapt its infrastructure faster to keep up with research and offer near real-time processing.
Neural nets might not take over the job of designers just yet, sure, but it's a pretty cool project that demonstrates just how versatile they can be.
These programs are often referred to as neural nets, because they process these examples in ways similar to the human brain, but with more emphasis on probability.
According to the company's founder Ben Vigoda, Gamalon is writing neural networks as probabilistic programs, building sub-routines within neural nets to combine them with other trained models.
According to HPE, the acquisition of Cray is primarily to help it gain an edge in AI research and the hardware required to train ever-larger neural nets.
And worldwide, thousands of researchers work on neural nets, hundreds of billions of dollars have been invested in hundreds of AI startups, and we keep discovering new applications.
With his help, DePristo and Poplin wanted to see if they could teach one of these neural nets to piece together a genome more accurately than their baby, GATK.
One of those methods, convolutional neural networks (CNNs), makes it easy to see why image-processing neural nets are strikingly similar to the way our brains process audio stimuli.
These methods would later fall back out of favor, but their rise was enough to push neural nets — and LeCun, their longtime champion — to the margins of the field.
All of this information will fuel the creation of convolutional neural nets, ultimately enabling cameras paired with deep learning to get you safely from point a to point b.
Machine translation is something researchers at Google have been working on as well, including with its own machine learning technique for Chinese-English queries that also uses neural nets.
The old software computers, they always loved text, but modern AI computers, man, they sure do love TV. These deep-learning neural nets were just superb at analyzing video.
"Neural nets already exist and have been trained to identify categories of things, including faces," Patrick Lin, a roboticist at California Polytechnic State University, told Motherboard in an email.
Looking to the future, Cherry and Qian hope that this technique can be augmented by adding memory functions to their DNA neural nets and allow for improved medical testing.
The chips are designed in such a way that researchers can run a single neural net on multiple data sets or run multiple neural nets on a single data set.
And if you think that your voice is still yours, you just need to take a look at Google's WaveNet technology, which uses neural nets to generate convincingly realistic speech.
Thanks to the new SDK, researchers might even decide to connect Cozmo to other AI engines, including deep neural nets—a possibility Tappeiner says Anki itself may explore as well.
In GANs, two neural nets are pitted against one another: One neural net generates new images and tries to trick the other neural net into thinking the images are real.
It may still look a little daunting, with all its options and inputs and layers, but it's the most straightforward tool I've seen for learning about how neural nets work.
For now, each of these neural nets are compartmentalized and optimized for one particular task—the AI that can beat us at Go doesn't know how to drive a car.
Deep neural nets, which evolved from the kinds of techniques that Rich Caruana was experimenting with in the 1990s, are now the class of machine learning that seems most opaque.
A recently revised study named "Universal Adversarial Perturbations" made this feature explicit by successfully testing the perturbations against a number of different neural nets — exciting a lot of researchers last month.
Siri's voice recognition is now strong enough, its neural nets sharp enough, and its access to my personal information complete enough to handle this small handful of tasks quickly and consistently.
As the head of Google Brain, Dean is the man behind the explosion of neural nets that now prop up all the ways you search and tweet and snap and shop.
The networks come in a variety of sizes to fit all sort of devices (bigger neural nets for more powerful processors) and can be trained to tackle a number of tasks.
With neural nets scanning your facial expressions and making sure your eyes aren't closed, Google says the Pixel 3 makes it easier than ever to take perfect selfies and group photos.
Wherever we try to apply neural nets to do something that humans were doing before, with very little tinkering you can get results that are better than what humans can do.
And eventually, it turned out that neural nets were as powerful a tool as we could have hoped for; they just need powerful supercomputers, and tons of data, to be useful.
For years, Facebook has been investing in artificial intelligence fields like machine learning and deep neural nets to build its core business—selling you things better than anyone else in the world.
The convenience of partial fingerprint readings comes at the cost of security, which is convenient for a sneaky AI. The researchers used two types of fingerprint data for training their neural nets.
AI researchers will be able to use the stick as an accelerator — plugging it in to their computers to get a little more local power when training and designing new neural nets.
Eventually, as hardware continues to improve, bots like Cozmo will be able to use AI like deep neural nets without needing to stay constantly connected to huge data centers in the cloud.
This approach to classification is also significantly less computationally expensive than a segmentation-based approach because it allows us to use smaller neural nets and produce outputs with a smaller memory footprint.
They are technically complex—in an interview with Quartz, Edward Newett, the lead engineer for Spotify's Discover Weekly playlists, explained how the service uses "deep learning and neural nets"—but functionally simple.
These "neural nets" are made of what are, essentially, dimmer switches that are networked together, so that, like the neurons in our brains, they can excite one another when they are stimulated.
Training neural nets the size of GPT-2's is expensive, in part because of the energy costs incurred in running and cooling the sprawling terrestrial "server farms" that power the cloud.
Big Tech firms all operate under the assumption that for AI to most effectively recognize faces and voices and the like, it requires deep-learning neural nets, which need hefty computational might.
The technologies that enable detailed 3D modeling, capture super-intimate facial tics, and allow neural nets to mimic highly-specific manners of speaking have evolved plenty over the past couple of years.
This morning at Google I/O, the centerpiece of the company's year, CEO Sundar Pichai said that Google has designed an ASIC, or application-specific integrated circuit, that's specific to deep neural nets.
No need for detailed explanation of how the decision was madeLarge neural nets learn to make decisions by subtly adjusting up to hundreds of millions of numerical weights that interconnect their artificial neurons.
Neural nets essentially work by trying something and then measuring those results against some kind of standard to see if their attempt is more "right" or more "wrong" based on the desired outcome.
The team from the University of Washington is understandably keen to distance themselves from these sorts of uses, and make it clear they only trained their neural nets on Obama's voice and video.
The neural nets fucked up due to weather, variations in the framing of a photo, an object being partially covered, leaning too much on texture or color in a photo, among other reasons.
Traditional neural nets do their calculations using numbers that are many digits long; Picovoice uses very short numbers, or even binary 1s and 0s, so the AI can run on much slower chips.
And just like those older neural nets, they consume all the examples you might give them, forming their own webs of inference that can then be applied to pictures they've never seen before.
Neural nets are almost impossible to decipher in the sense that you really don't know what weights have changed or what parts of the little neural net have changed to come up with results.
The rise of machine learning and advances in artificial neural nets changed all of that, allowing us to develop algorithms using massive amounts of training data that can automatically decipher and learn image features.
They differ in how impressed they are with neural nets — the approach to AI behind most recent advances — and in how far they believe that the dominant deep learning AI paradigm will take us.
Cox says the feature is based on a German academic paper about style transfer that employs convolutional neural nets to bring the style of artists like Monet or Rembrandt and apply it instantly to video.
So you have this whole religion of folks working on massive, large-scale neural nets to try to understand what's inside images and texts, but I actually think that's only one approach to the problem.
After reading the arguments against neural nets — namely that they were hard to train and not particularly powerful— LeCun decided to press ahead anyway, pursuing a PhD where he'd focus on them despite the doubts.
When TechCrunch covered Prisma's launch in June CEO and co-founder Alexey Moiseenkov explained it was using neural networks to transform smartphone photos into art filtered imagery — with these neural nets running on its servers.
He points to DeepDrive, a self-driving car system which uses neural nets to drive virtual cars in Grand Theft Auto V as a prime example of the kinds of people they're looking to help.
By analyzing vast amounts of digital data, these neural nets can learn all sorts of useful tasks, like identifying photos, recognizing commands spoken into a smartphone, and, as it turns out, responding to Internet search queries.
LeCun, a French computer scientist based out of New York City, has been instrumental in developing modern approaches to AI, including uses of convolutional neural nets for analyzing the visual data central to computer vision techniques.
The MIT CSAIL team's system uses doctored neural nets that report back the strength with which every individual node responds to a given input image, and those images that generate the strongest response are then analyzed.
Intel's $400 million acquisition of Nervana and Nvidia's skyrocketing stock price have catalyzed a flurry of startups building chips to train deep neural nets in the data center and run them on portable and embedded devices.
For example, to make photorealistic pictures of humans that never existed, you actually train two neural nets: One learns to draw pictures, and the other learns to judge between machine-drawn pictures and real-life ones.
Actually he's said that he was completely confident of a 5-0 or 103-1 win — until Tuesday, when he heard how AlphaGo works described, in terms of neural nets that evaluate positions more like humans do.
There are also lots of people working on more present-day AI ethics problems: algorithmic bias, robustness of modern machine-learning algorithms to small changes, and transparency and interpretability of neural nets, to name just a few.
Stout says he drew on a number of public datasets to train basic feature recognition for his neural nets, and then used high-quality photos taken from Flickr to teach the Arsenal what good camera settings looked like.
Deep learning, reinforcement learning and neural nets could all stand on their own but hopefully after reading this post you can visualize the field itself and draw connections to many of the companies we cover daily on TechCrunch.
Classical neural nets focus only on whether the prediction they gave is right or wrong, tweaking and weighing and recombining all available morsels of data into a tangled web of inferences that seems to get the job done.
"ATLAS had to combine all data ever collected by the LHC since 2011... and even then, fancy tricks like deep artificial neural nets and other machine learning was necessary," Freya Blekman, physicist at the Vrije Universiteit Brussel, told Gizmodo.
Because we don't fully understand how humans think, classify and recognize information, either, and neural nets are based on hypothetical models of human thought, the research from this CSAIL team could eventually shed light on questions in neuroscience, too.
Deep neural nets remain a hotbed of research because they have produced some of the most breathtaking technological accomplishments of the last decade, from learning how to translate words with better-than-human accuracy to learning how to drive.
But that, too, is changing: Brasler says that in the past year, since the addition of neural nets, Google Translate has gotten remarkably good at tackling things like sales and marketing materials, where translating involves using colorful language and interpreting idioms.
San Francisco played host to "DeepDream," an event that its organizers, members of Google's research and virtual reality divisions, call the first ever art exhibition produced by neural nets — the in-vogue artificial intelligence tool that roughly mimics the human brain.
Google's approach to neural nets and deep learning — core components of machine learning and AI — though, stands in contrast to Facebook's approach where, during its own developer's conference, Facebook took us right to the edge of computer-human interface insanity.
It might be "adversarial" neural nets, a relatively new technique in which one neural net tries to fool another neural net with fake data—forcing the second one to develop extremely ­subtle internal representations of pictures, sounds, and other inputs.
However, our new Dragon portfolio includes our latest breakthrough that allows Dragon's Deep Neural Nets to continuously learn from the user's speech during use on a standard personal computer, and drive accuracy rates in some instances up to 24 percent higher.
Just like old-fashioned neural nets, deep neural networks seek to draw a link between an input on one end (say, a picture from the internet) and an output on the other end ("This is a picture of a dog").
Even AI researchers who work with machine learning models––like neural nets, which use weighted variables to approximate the decision-making functions of a human brain––don't know exactly how bias creeps into their work, let alone how to address it.
Researchers have…Read more ReadTo give you an idea of how easy it is to fool artificial neural nets, a single misplaced pixel tricked an AI into thinking a turtle was a rifle in an experiment run by Japanese researchers last year.
Already, the research is providing interesting insight into how neural nets operate, for example showing that a network trained to add color to black and white images ends up concentrating a significant portion of its nodes to identifying textures in the pictures.
The combined neural nets save AlphaGo from doing excess work: the policy network helps reduce the breadth of moves to search, while the value network saves it from having to internally play out the entirety of each match to come to a conclusion.
According to a Deep Mind paper published last year in Nature, AlphaGo was actually the product of two neural nets, a "value network" to appraise the state of the board before a move, and a "policy network" to select its next move.
Differences between AI and human intelligence "What's really powerful about computer vision and these convolutional neural nets is, all you have to do is specify the input and output, and the machine will learn its own rules how to do that automatically," Vondrick said.
Using this data, the team's neural nets were able to not only generate short videos that resembled these scenes (that's the GIF at the top of the page), but to also look at a still and create footage that might follow (that's the GIF below).
JC: So computer vision is a more generalized version of what we're doing with neural nets, where now you're able to categorize and figure out whether something fits, whether something's a cat or a dog, and you're making ... KS: So we have to tell them that now?
Because it means that phones of the future using this chip could do things like advanced speech and face recognition using neural nets and deep learning locally, rather than requiring more crude, rule-based algorithms, or routing information to the cloud and back to interpret results.
From machine learning to neural nets, they cover the basics to bring you up to speed  But since six videos might be a big ask for some people — even with Facebook's top minds sharing their peerless expertise — we watched them all to give you a quick takeaway.
So today most neural nets that we train are really like a couple hundred layers deep, but if you want to get to a world where you have a neural net that's thousands and thousands of layers deep, you actually need silicon that's far more efficient to it.
LeCun was the progenitor of convolution neural nets, which today form one of the foundational theories for deep learning AI. He is now chief science advisor for the company, having taken a role as Director of AI Research at Facebook in New York while continuing his professorship at NYU.
For me, it's been a long time, 25 years of writing down algorithms and doing that, and of course, it's developed, but there were neural nets, there were all sorts of ways of thinking, and also, by the way, a lot of lessons to be learned from that.
The US government began a major initiative to help rehabilitate these survivors, known as Hadens, developing neural nets that allowed them to interface with robotic bodies named Threeps (nicknamed for C-3PO from Star Wars), virtual worlds, and people called Integrators, whom Hadens can take over and remotely pilot.
But Shaunak Khire, Emma's creator, claims his system differs from current finance computing — high-frequency trading and "quant" data science — because its system of neural nets takes into account a more complex set of factors affecting stocks, like management changes or monetary policy in Europe, that other programs miss.
Similar approaches, more artificial than intelligent, have led to surprisingly rapid improvements in recognizing speech and facial images, as well as with playing championship Go. In AlphaGo, learning algorithms, called deep neural nets, were trained using a database of millions of moves made in the past by human players.
In the ten Macy Conferences held in New York between 1946 and 1953, many of the ideologies and ideas associated with contemporary cybernetics and computer science—neural nets, von Neumann architecture, biofeedback, and quantitative definitions of information—coagulated in a series of fantastically interdisciplinary presentations and provocative talks.
Last year, Nvidia spent more than $2 billion developing a single GPU, created specifically for use in deep neural nets, while Google and other companies are working on new "Tensor processing units," which are specifically designed for use with neural networks and can handle even more volume in an efficient way.
Google knows how to crunch large numbers, and so they've take all of this AI hype around neural nets and they're solving it the way they organizationally know how to solve problems, which is Jeff Dean comes up with a way to paralyze everything and do it really efficiently, really cheaply.
OpenAI's 'Dota 2' neural nets are defeating human opponents Dota2 is an intense and complex game with some rigid rules but a huge amount of fluidity, and representing it in a way that makes sense to a computer isn't easy (which likely accounts partly for the volume of training required).
As Rosenblatt had predicted, neural nets were indeed providing near human-level (and in some cases superhuman levels) of performance on a wide range of intelligent tasks, from translating languages to driving cars to playing Go. Dormehl examines the pending social and economic impact of artificial intelligence, for example on employment.
The Deep Learning Conspiracy played a critical role in the field, mostly by virtue of sticking to its belief that of instead building individual, specialized neural nets for each type of object you wanted to detect, you could use the same template to build one neural that could detect image, video, and speech.
Rosetta makes use of recent advances in optical character recognition (OCR) to first scan an image and detect text that is present, at which point the characters are placed inside a bounding box that is then analyzed by convolutional neural nets that try to recognize the characters and determine what's being communicated.
But the squishy neural nets in our heads — shaped by half a billion years of evolution and given a training set as big as the world — can still hold their own against ultra-high-speed computers designed by teams of humans, programmed for a single purpose and given an enormous head start.
In the training methods that Waymo was using, they'd have multiple neural nets working independently on the same task, all with varied degrees of what's known as a "learning rate," or the degree to which they can deviate in their approach each time they attempt a task (like identifying objects in an image, for instance).
This is plenty resource-intensive — OpenAI Five is running on 124,000 cores on Google Cloud — and while this isn't OpenAI's first public experimentation playing Dota 2, what makes this interesting is that, compared to its previous efforts in 1v1 matches, this is a team of five distinct neural nets working together to best human opponents.
The Conspiracy's research was buoyed by two important outside factors: Increases in computing power, which helped its neural nets work fast enough to be practical, and an exponential increase in available data (pictures, text, etc.) created thanks to the widespread adoption of the internet, which could be churned through the networks to make them smarter.
The AI tools available till now that rely on deep-neural nets which are great for classification problems (identifying cats, dogs, words etc.) are not really fit for purpose for decision-making in large, complex and dynamic environments, because they are very data inefficient (needs millions of data points) and effectively act like black-boxes.
So instead of AI sending robots into a human-slaying frenzy, per the usual dystopian sci-fi storyline, we find ourselves confronted with neural nets being used to serve up contextual illustrations of children so parents can gift personalized books that seamlessly insert a child's likeness into the story, thereby casting them as a character in the tale.
Like the ability to audit and refine models and expose knowledge gaps in deep neural nets and the debugging tools that will inevitably be built and the potential ability to augment human intelligence via brain-computer interfaces, there are many technologies that could help interpret artificial intelligence in a way we can't interpret the human brain.
But all that comparative training requires a huge amount of resources, and sorting the good from the bad in terms of which are working out relies on either the gut feeling of individual engineers, or massive-scale search with a manual component involved where engineers "weed out" the worst performing neural nets to free up processing capabilities for better ones.
In order to avoid potential pitfalls with this method, DeepMind tweaked some aspects after early research, including evaluating models on fast, 15-minute intervals, building out strong validation criteria and example sets to ensure that tests really were building better-performing neural nets for the real world, and not just good pattern-recognition engines for the specific data they'd been fed.
In a paper published on this topic in June, Hadsell and her team showed how their progressive neural nets were able to adapt to games of Pong that varied in small ways (in one version the colors were inverted; in another the controls were flipped) much faster than a normal neural net, which had to learn each game from scratch.
Nvidia's core business has become the core business of virtually every other tech company of size and significance; AI is one of, if not the primary area of interest and investment at Google, Facebook, Apple and others, and Nvidia's GPUs make it possible to create the neural nets and server systems that back machine learning, image recognition and other technologies under the broad AI umbrella.
Read More: Here's How to Build the First Large-Scale Quantum Computer The question posed by Melko and other pioneers of the field of quantum machine learning was whether neural nets could perform tasks that are beyond the capacity of algorithms which don't incorporate machine learning, like modeling the wave function of a multi-particle system—and they didn't have to wait long for an answer.
The thing that's probably most exciting to me is that when one team makes progress on making these pattern-matching systems better, and we figure out how to make deep neural nets converge at 37 layers — something that people hadn't done before — then we publish that paper and other companies and teams can take that advance and now their systems are diagnosing diseases better, or driving cars better.

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