We’ve heard of robots working in warehouses, picking the right windshield or a box of wiring harnesses from shevles. But what about making sure those shelves are stocked with the right stuff, in the right place, at the right time? Marc Gyongosi thinks that flying robots – better known as drones – are right for the job. Marc is the CEO founder of IFM, or Intelligent Flying Machines, which is pretty much what IFM does.
Purple shirts, haircuts, and cats. How are these three all related? According to deep learning pioneer Andrew Ng, they all played a part in AI’s growing presence in our lives. Ng, formerly of Google and Baidu, and the founder of his new company, Deeplearning.ai, joined this week’s episode of the AI Podcast to share his thoughts on AI being the new electricity.
Our guest on this segment, Paul Wigley, of the Australian National University, was part of a team of scientists who applied AI to an experiment to create a Bose-Einstein condensate. And in doing so they had a question: if we can use AI as a tool in this experiment, can we use AI as its own novel, scientist, to explore different parts of physics and different parts of science?
Tim Anglade, a consultant with HBO's "Silicon Valley," has engineered an app that solves an important problem for all of us: is that a hot dog... or not? The app was dreamed up by the writers and producers of HBO's hit comedy and brought to the real world by Anglade thanks to deep learning.
We all know about driverless cars, driverless cars get all the love and all the attention, because we don't want to drive. But we're going to talk in this segment about autonomous trucks, how and why we need autonomous trucks in many ways just as much as we need autonomous cars. To do that, we're talking to Xiaodi Hou the CTO and co-founder of TuSimple, a company that is bringing driverless trucks to the road.
We all know how far AI, and in particular deep learning, have pushed speech recognition, whether that is with Apple Siri, Amazon Alexa, or Google Assistant, Our guest on this segment, Syed Ahmed, is directing the power of AI towards another form of communication, American Sign Language. And what Syed has done is set up a deep learning model that translates American Sign Language into the English Language.
Over the last few years data intensive machine learning solutions have supplanted rule-based software systems at many technology-based companies. Think about Amazon, Netflix, and Uber. But the gaming world hasn't exactly followed suit, at least not as quickly. Most games are still a delicate mix of hard-wired behavior in the form of traditional code, and somewhat more responsive behavior in the form of large collections of rules. Our guest, Danny Lange, VP of AI and Machine Learning at Unity Tec...
In recent years hedge funds have taken the lead in algorithmic investing - or robo-trading as it’s sometimes called. But there’s no reason the hedge fund world should have all the good stuff. In this episode of the AI Podcast, we speak with Gaurav Chakravorty, co-founder of qplum, a startup that’s working to bring that same machine learning investing approach to the rest of us.
How an argument in a bar led Google's Ian Goodfellow to create Generative Adversarial Networks - deep learning systems that argue with each other - an AI breakthrough that promises to help researchers build systems that can learn with less human intervention.
Whatever sport we follow, we all love a good highlight reel - and we want those highlights now. And whether they're following StarCraft II, League of Legends, or Heroes of the Storm, eSports fans are no different. To highlight the kills, and thrills, of a great eSports competition, Yale Song, Senior Research Scientist at Yahoo! Research, turned to AI.
With self-driving cars generating so much buzz, it’s hard to believe that a self-piloting air taxi is, err, flying under the radar. But not for long. We spoke with Arne Stoschek, head of autonomous systems at Airbus A3 (pronounced “A-cubed”), the Silicon Valley-based advanced products and partnerships outpost of Airbus Group about a plan to bring a self-piloted air taxi to the Bay Area’s skies.
We spoke with Xuchen Yao, co-founder of Kitt.ai, a startup using AI to build better chat experiences, about how voice and chat are turning into rich, interactive interfaces for a new generation of AI-powered services.
Are AI and VR the peanut butter and chocolate of computing? Are they a match made in heaven? We spoke with Michael Ludden, who heads up IBM Watson's AI and VR labs, about how these two technologies intersect at this week's GPU Technology Conference.
We spoke with Innit Chief Technology Officer Hristo Bojinov about all the surprising ways deep learning can help us better manage the very personal relationship we all have with food — from meal planning to kitchen inventory to cooking the perfect roast chicken.
We spoke with the team at Marble, which has turned AI loose on the streets of San Francisco delivering food in San Francisco's vibrant Mission District.
We spoke with Princeton researcher Aylin Caliskan, co-author of a headline-grabbing paper published in Science magazine earlier this month. Her paper details how learning machines can sometimes learn all too well, picking up our biases as well as our brilliance.
Previous episodes discussed deep learning systems trained to master games like Chess, Go, and even Texas Hold 'Em. But training a deep neural net on a racing game like Mario Kart 64? What can you learn from that? A lot, it turns out, explains Kevin Hughes.
If you're looking for the impact of deep learning, look to the end of your fork. We spoke with Blue River Technology co-founder and CTO Lee Redden about how the startup put deep learning to work tending 10% of the lettuce produced in the United States, and how deep learning promises to unleash a new agricultural revolution.
We spoke with Michael Bowling, a professor at the University of Alberta whose team of researchers created a GPU-trained AI that has defeated professional poker players at heads-up no-limit Texas hold’em. The work promises to yield applications in the real world, where — unlike games such as Go and Chess — we often have to make decisions based on incomplete information.
We speak with Matthew McKown, CEO of Conservation Metrics, about how deep learning techniques helped rediscover a bird that was once thought extinct, and how GPU-powered AI now helps biologists crunch vast quantities of data to spot trends that would have been impossible to detect before.
We talk with Dr. Bradley Erickson, a Mayo Clinic neuroradiologist, who uses AI to predict tumor genomics using MRIs. His method could give doctors easier access to invaluable genetic information. Information that could predict how quickly a tumor will progress, and if it will respond to specific drugs and other treatments.
Medicine — particularly radiology and pathology — have become more data-driven. The Massachusetts General Hospital Center for Clinical Data Science — led by Mark Michalski — promises to accelerate that, using AI technologies to spot patterns that can improve the detection, diagnosis and treatment of diseases.
University of Kentucky Computer Science Professor Brent Seales caused a worldwide sensation when he and his team were able to use non-invasive scans to unlock writings on the ancient En-Gedi scroll to reveal the earliest copy of a Pentateuchal book — Leviticus — ever found in a Holy Ark. Now he’s turning his expertise to more ancient texts, this time from the lost Roman city of Herculaneum.
If you want to bring autonomous vehicles to the mainstream, fast, first you’ve got to go fast. We spoke with Jonathan Cooke, chief marketing officer of Roborace, the first ever driverless electric racing championship, who wants to turn autonomous racing into a spectator sport that will spark the creation of more powerful, capable automotive AI.
Cybersecurity is a cat-and-mouse game where the mouse always has long had the upper hand because it’s so easy for new malware to go undetected. Dr. Eli David, an expert in computational intelligence and CTO of Deep Instinct, wants to use AI to change that, bringing the GPU-powered deep learning techniques underpinning modern speech and image recognition to the vexing world of cybersecurity.
Whether brewing hearty stouts or crisp lagers, flavor is a fickle thing. Not only is it hard to create consistently good brew, as humans our ability to identify - and remember - flavors is flawed. Yet brands worth billions rely on creating consistent flavors. We talk to Jason Cohen, founder of Gastrograph, who is using AI to help businesses that create beer, chocolate, wine, coffee, and spirits better understand flavor.
It’s easy to think of AI as cold, unbiased, objective. Not quite, suggests Narrative Science Chief Scientist Kris Hammond explains, because we never know when AI will repeat our biases back to us.
Take brains, a few hundred bones and a pink Barbie jeep. What have you got? For inventive hackers, a new sport filled with f-words -- fast, furious, frugal. Founder of the Power Racing Series Jim Burke talks about why he’s bringing autonomous vehicles to a racing event built on the backs of $500 kiddie cars.
Deep learning promises to do more than just reshape city streets. We talked to Lynn Richards, president and CEO of the Congress for New Urbanism and Charles Marohn, president and co-founder of Strong Towns, about how. AI will do much more than automate driving. It promises to help create more liveable cities. And help put expensive infrastructure where we need it most.
Autonomous vehicles will need to do much more than master object detection. Self-driving vehicles will need technology able to integrate visual computing, artificial intelligence, and high-performance computing, NVIDIA's Danny Shapiro explains.
