How does an autoencoder work? Autoencoders are a type of neural network that reconstructs the input data its given. But we don’t care about the output, we care about the hidden representation its learned. Its a lower dimensional compression of the input that preserves its features. We can use this learned representation for tasks like image colorization, dialogue generation, and anomaly detection.
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For many years scientists have been working to simulate human perception and human actions in machines. The aim: artificial intelligence. But if artificial intelligence is already superior to people in some areas, what role will we then still play in the future? And how can we trust these systems if today’s computers are susceptible to viruses and hacking? Check out latest video to find out more about.
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In this video, we will see what neural networks are, why are they named this way, and how do they work.
• Explain that neural networks are a kind of classification technique
• Explain that neural networks were designed to be analogous to brain neurons
• Learn that a neural network has multiple layers whose weights are trained over several epochs
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I was just making another video but got an unexpected call from an alien world. In this video, I help a girl named North from another planet help find a missing device using Artificial Intelligence. We use machine learning/deep learning technologies to help find the device in the mountain of data. Using programming, we’ll try to search for it. This video is made for the young and young at heart.
Coding challenge winners, i’ll announce you guys in a separate video this weekend. To everyone, Please Subscribe! And like. And comment. That’s what keeps me creating.
James Bissonette, James Gill, Cas Eliëns, Jeremy Banks, Thomas J Miller Jr MD, Jaclyn Cauley, David F Watson, Jay Edwards, Tianyu Ge, Michael Cao, Caron Hideg, Andrea Di Biagio, Andrey Chursin, Christopher Anthony, Richard Comish, Stephen W. Carson, JoJo Chehebar, Mark Govea, John Buchan, Donal Botkin, Bob Kunz
On September 11, 2017, the Deming Center at Columbia Business School partnered with the School for Engineering and Applied Science to host an event on Artificial Intelligence just for the children of faculty, staff and friends of the Center. More than 50 kids ages 6 to 16 gathered to hear Professor of Mechanical Engineering and Director of the Creative Machines Lab Hod Lipson speak to the past, present and future of AI.
Impressing on them that their lives would be profoundly impacted by advances in AI and Machine Learning, Professor Lipson took the children on a journey through the history of the field, bringing them up to speed on the incredible advances of the last 50 years. He then explored all of the ways in which AI is being used today from simply playing a game of Tic Tac Toe and painting portraits to diagnosing diseases and synthesizing the vast amounts of data being generated by computers, algorithms and images that affect our daily lives. They then turned their attention to all of the ways in which AI would permeate their lives in the near future from driverless cars to robotic traffic police.
The children asked creative, probing questions throughout compelling the adults in the room to think outside-of-the-box and consider the deep nuances their questions asked. From 6-year old Aziz who was curious as to whether Artificial Intelligence can exist in water to 12-year old Christina’s question about how AI will affect terrorism and war in the future, children and parents alike were left with a sense of wonder and excitement about the future.
What can Meccano M.A.X. do once you build this interactive robot? Watch how you can use this hands-on STEM toy as a DJ to mix music, play Are You Smarter Than a Robot and more!
*This video is sponsored by Spin Master*
Produced in association with Arm, this short and thoughtful film looks at the role robots powered by Artificial Intelligence (AI) may be set to play in our lives: from becoming our friends and keeping us company; to helping children with autism communicate; or assisting a rapidly ageing population. Jem Davies, Fellow and General Manager for Machine Learning at Arm, joins other experts from industry and academia to offer their perspective on the future possibilities for companion robots and AI.
Written and directed by: Colin Ramsay and James Uren
Producer: Colin Ramsay
Executive Producer: Beth Singler
A Little Dragon Films production
Co-funded by the Faraday Institute for Science and Religion
Harmoniously weaving together the art of dance and the science of mechanical engineering, Huang Yi performs a man-machine dance duet with KUKA — a robot he conceptualized and programmed — set to stirring cello by Joshua Roman.
The TED Talks channel features the best talks and performances from the TED Conference, where the world’s leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design — plus science, business, global issues, the arts and more.
This film is adapted from Kelly Lane’s new book, When Computers Become Human: A Kid’s Guide to the Future of Artificial Intelligence (MSAC Philosophy Group, Mt. San Antonio College, 2017). Covers some of the history of computing and the digital future. Narrated by Kelly Lane, a 11 year old middle school student.
So we’ve talked a lot in this series about how computers fetch and display data, but how do they make decisions on this data? From spam filters and self-driving cars, to cutting edge medical diagnosis and real-time language translation, there has been an increasing need for our computers to learn from data and apply that knowledge to make predictions and decisions. This is the heart of machine learning which sits inside the more ambitious goal of artificial intelligence. We may be a long way from self-aware computers that think just like us, but with advancements in deep learning and artificial neural networks our computers are becoming more powerful than ever.
Neuroscientist Greg Gage takes sophisticated equipment used to study the brain out of graduate-level labs and brings them to middle- and high-school classrooms (and, sometimes, to the TED stage.) Prepare to be amazed as he hooks up the Mimosa pudica, a plant whose leaves close when touched, and the Venus flytrap to an EKG to show us how plants use electrical signals to convey information, prompt movement and even count.
The TED Talks channel features the best talks and performances from the TED Conference, where the world’s leading thinkers and doers give the talk of their lives in 18 minutes (or less). Look for talks on Technology, Entertainment and Design — plus science, business, global issues, the arts and more.
Hot Wheels® Ai brings your favorite racing video game to life with authentic sounds, voices and hazards from Nintendo’s Mario Kart™ game! Experience the most immersive Hot Wheels® system ever and customize your Smart Car with premium Mario and Yoshi car body shells and wheel covers. Take it to the next level by inserting the customized cartridge into your Gaming Controller (sold separately) to unlock authentic Mario Kart™ sounds and reactions! Ai uses computer enhanced Artificial Intelligence to put you in total control of the racing action! Use the premium Mario and Yoshi car body shells and wheel covers to transform your vehicle and enter a whole new racing world! Includes one Smart Car body and 4 wheel covers.
When someone mentions autism, Hollywood movies like Mozart and the Whale or Rain Man, may come to mind. The actors in these movies do depict autistic characteristics but they are often dramatised. For instance, they are portrayed as high-functioning, possessing advanced math skills and having photographic memory – while completely lacking any social skills. While some people suffering from autism do have extraordinary skills, many are of just above average or even average intelligence.
Read more: https://www.richardvanhooijdonk.com/en/advances-artificial-intelligence-robots-help-children-autism-reach-full-potential/
Intel, in an attempt to gain relevance in the quickly growing artificial-intelligence and machine-learning markets, is rolling out a new product family called Nervana.
Deep learning and Neural Networks are probably one of the hottest tech topics right now. Large corporations and young startups alike are all gold-rushing this state of the art field. If you think big data is important, then you should care about deep learning. Deep Learning (DL) and Neural Network (NN) is currently driving some of the most ingenious inventions this century. Their incredible ability to learn from data and the environment makes them the first choice for machine learning scientists.
Deep Learning and Neural Network lies in the heart of products such as self-driving cars, image recognition software, recommender systems and the list goes on. Evidently, being a powerful algorithm, it is highly adaptive to various data types as well.
People think neural network is an extremely difficult topic to learn. Therefore, either some of them don’t use it, or the ones who use it, use it as a black box. Is there any point in doing something without knowing how is it done? NO! That’s why you’ve’ come to right place at Augmented Startups to Learn about Artificial Neural Networks, so sit back relax and see how deep the rabbit hole goes.
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jael.ai is a fully integrated real time artificial intelligence chatbot that can coordinate care for victims of domestic violence at the point of trauma. jael.ai is training to respond to men and women in dangerous situations by helping them find a safe place for themselves and their families, contact the nearest shelter, and understand the many resources that are available according to the time and location they are needing help. jael.ai is building a national database with heavily curated information about organizations and resources for victims of domestic violence. By having direct access to the most up-to-date data jael.ai can give the most relevant help to people reaching out for assistance.
Brian Davis
AXIOM88
Brian Russel Davis is the founder of Axiom88, an emerging business with a team of 20 developers in four offices worldwide. Previously, Brian was a Pandora engineer working exclusively for the Creative team. A child of Trinidadian-Guyanese parents, born in Brooklyn, New York, and raised in Sacramento, California, Brian started mixing art and technology early, coding in 5th grade and beginning formal art training at 12. He holds a BA in philosophy with a focus in analytical logic from Morehouse College in Atlanta, Georgia.
https://www.qualcomm.com/invention/5g
Artificial intelligence is making our devices more than just utilities. From smartphones to healthcare to autonomous cars, our own Gary Brotman explains the potential of AI to make our lives easier and more exciting.
8 puzzle | 8 puzzle Problem In Artificial Intelligence[Bangla Tutorial]
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This tutorial help for basic concept of 8 puzzle and it also help gather knowledge of 8 puzzle
i will provide very basic level concept to advance level concept of Artificial Intelligence if you watching this tutorial i think you will be learn about 8 puzzle. If you want to learn more then you must watch this playlist, playlist name Artificial Intelligence if there are any query in 8 puzzle in Artificial Intelligence please comment the comment section below,if you want more videos than you subscribe my channel for get update notification,
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From the internationally renowned maker of robotics building sets arises a new model of impressive proportions. Unlike anything else Meccano has created, M.A.X. combines Artificial Intelligence (AI) with customizable programming. The result is a one-of-a-kind robot of your own creation! Budding engineers, innovators and creators can expand their knowledge of programming as they personalize this robot to their specifications. Once built, M.A.X measures 12” in tall. Control it using voice commands, buttons on the MeccaBrain, or the free app! You’ll know exactly what its thinking based on its expressive facial graphics. As a S.T.E.M robotics platform, M.A.X is designed to engage kids in intellectually stimulating play, drawing on their knowledge of science, technology, engineering and math. Not just a learning tool, this robot loves fun! Try playing on M.A.X’s built-in gaming platform; test your knowledge in a trivia game or listen to some funny jokes! With a multitude of features, kids will want to bring their new friend everywhere! This robot comes with built-in infrared sensors, enabling it to move with agility and avoid obstacles in its path. If you know a young mind in need of a challenge, introduce them to their new friend, M.A.X!
http://themysticalspiral.com Ra talks of his encounters as a child with A.I. Shadow children traveling thru the electricity, electric elixir, soul exchange drag you into the shade where in the still you can see the electricity, in the center of eyes, inside the screen, inside the electricity, in blinking recollections, i know what you mean……..dragonflys and remembrance……
According to a recent PricewaterhouseCoopers (PwC) report, Artificial Intelligence (AI) is expected to contribute an additional $ 15.7 trillion to the global GDP by 2030. Notably, the number of AI startup companies in India has increased from 21 in 2013 to 128 in 2016. In this episode of Heads Up, we discuss the scope and potential of this much talked about space with the winners of Global Hackweek 2017, which was recently organised by NITI Aayog.
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4-year old Sophia talks and plays with Buddy’s Flashcards (MyBuddy.ai) to learn numbers and discover animals. English is Sophia’s second language, and Buddy helps her to learn new words and improve her pronunciation. She picks it up right away.
Sign up at MyBuddy.ai to be notified when the App will be available on the App Store.
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Steve Wilson: “Look, there was another point I wanted to make about the limits of AI. One of the most commercially realistic technologies these days is conversation technology, the chatbots. The idea of helping people through the complexity of their interactions, their business interactions through chat is a powerful idea. Some recent experience with chatbots that have gone feral, chatbots that have gone wild, and adopted racist guises. Calling a bot racist is a problematic idea, but let’s just call it what it is. The Microsoft Tay bot [was] released into Twitter to learn the mores and foibles of human language and to adopt those lessons of conversation and then start automating conversation. [It] proved to be a disaster within hours. The salutary lesson of the Tay experience was: Think about a toddler. The salutary lesson of the Tay experience was that this artificial intelligence was fundamentally not human-like. It’s so far short of human that we need to understand this. If a toddler learned some foul language in the playground and brought that home, and she started speaking inappropriately, then you take the toddler, you sit her down and you explain to her. You have an attitude adjustment, is the euphemism that we need. We’re reprogramming the toddler. What they did with Tay was they turned her off. They switch her off, it was like the digital death penalty for becoming unacceptable. The really deep problem here is that there is no teachable moment for an artificial intelligence. You cannot take the artificial intelligence and sit it down and explain where it went wrong. We are so far short of having a teachable moment for artificial intelligence, we’re so far short of having self-awareness, that we need to be really careful with the sort of implicit assumption that self-driving cars will make ethical decisions. Or that conversational robots will have human-like properties. We don’t even know how self-awareness works in ourselves, let alone how we’re going to program it.”
Google’s artificial intelligence company, DeepMind, has developed an AI that has managed to learn how to walk, run, jump, and climb without any prior guidance. The result is as impressive as it is goofy.
Recently, we partnered with Children’s Hospital Los Angeles (CHLA) to build a VR simulation that places medical students and staff in rare yet high-risk pediatric trauma situations where split-second decisions determine whether a patient lives or dies. Thanks to the immersive power of VR, we can replicate these training scenarios in true-to-life fashion, complete with paramedics rattling off symptoms, nurses and techs urging you to make a decision, and distraught parents praying for their child’s survival.
These visceral, interactive exercises up the stakes compared to traditional educational tools like non-VR simulations and mannequins. Powered by AiSolve and brought to life by the Hollywood VFX magic of BioflightVR, these virtual scenarios based on actual CHLA case studies let doctors and students practice and learn in realistic workplace conditions. Not only does this new innovation stand to significantly reduce the time and cost associated with mannequin-based training, it also better prepares people to respond in the real world.
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Piers, Susanna, and Kate talk to Sophia, a sophisticated humanoid robot.
Broadcast on 21/06/17
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Artificial intelligence is rapidly moving into health care, led by some of the biggest technology companies and emerging startups using it to diagnose and respond to a raft of conditions.VIDEOGRAPHIC
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