800 free #ComputerScience classes you can take online right now, most have video lectures: http://
bit.ly/3472Iia
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#BigData #DataScience #AI #ArtificialIntelligence #MachineLearning #DeepLearning #ComputerVision #Robotics #QuantumComputing #WebDevelopment #Databases #Algorithms
ROBOTICS
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800 Free Online Computer Science Classes Available Now with Video Lectures
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Boston Dynamics Robots Merged with ChatGPT: Upcoming Social Crisis
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La fusion des robots de @BostonDynamics avec ChatGPT
— Docteur Laurent Alexandre (@dr_l_alexandre) 2 mai 2023
Une crise sociale arrive pic.twitter.com/StTN5sqgHoLa fusion des robots de @BostonDynamics avec ChatGPT Une crise sociale arrive
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Seoul National University Develops Revolutionary Origami Wheel Composite
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The origami wheel
— Pascal Bornet (@pascal_bornet) 2 mai 2023
This groundbreaking composite membrane origami wheel is capable of bearing over 1,000 kg of load
An amazing work by researchers at Seoul National University, Harvard & Hankook Tire
Via C. Carter #innovation #tech #creativity #engineering #science #future pic.twitter.com/37BqhOQEI8The origami wheel This groundbreaking composite membrane origami wheel is capable of bearing over 1,000 kg of load An amazing work by researchers at Seoul National University, Harvard & Hankook Tire Via C. Carter #innovation #tech #creativity #engineering #science #future
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Parked Vehicles vs Robocars: Key Behavioral Differences
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A personned vehicle stopped on Gough St is not 100% equivalent. They are subject to social shaming, they often respond to horns being blown, police can move them on. They intend to move soon. They are not waiting for rescue. The opposite of all these are true for robocars.
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Tesla Self-Driving: Most Advanced Real-World AI System
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Tesla self-driving is by far the most advanced real world AI
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Deep Reinforcement Learning Enables Soccer Skills for Humanoid Robot
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1/ Agents Learn Soccer Skills – applies deep reinforcement learning to synthesize agile soccer skills for a miniature humanoid robot; the resulting policy allows dynamic movement skills such as fast recovery, walking, and kicking.https://t.co/A6Yaif0vOs
— DAIR.AI (@dair_ai) 30 avril 20231/ Agents Learn Soccer Skills – applies deep reinforcement learning to synthesize agile soccer skills for a miniature humanoid robot; the resulting policy allows dynamic movement skills such as fast recovery, walking, and kicking.
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Real-world MuJoCo humanoid agents in action
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These are literally IRL versions of MuJoCo humanoid agents…
— hardmaru (@hardmaru) 30 avril 2023
Looking forward to see the 2 vs 2 version: https://t.co/Glvcr9SUjPThese are literally IRL versions of MuJoCo humanoid agents… Looking forward to see the 2 vs 2 version:
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Kirk Borne’s Latest Articles on AI, Innovation, and Autonomous Systems
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My recent blogs at @DataScienceCtrl
: https://
datasciencecentral.com/author/kirkbor
ne/
… Ten Productivity Hacks using #ChaptGPT Generative #AI Prompts Innovation at the Convergence of Emerging Technologies: Business at the Edge Five Principles of Safe Driving in AIS (Autonomous Intelligent Systems) -
Deep RL Synthesis of Movement Skills for Miniature Humanoid Robot
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This is such a cool project:
— hardmaru (@hardmaru) 29 avril 2023
“We investigate whether Deep RL is able to synthesize sophisticated and safe movement skills for a low-cost, miniature humanoid robot that can be composed into complex behavioral strategies in dynamic environments.”
Video of behavior and skills → pic.twitter.com/COIdyFpZNRThis is such a cool project: “We investigate whether Deep RL is able to synthesize sophisticated and safe movement skills for a low-cost, miniature humanoid robot that can be composed into complex behavioral strategies in dynamic environments.” of behavior and skills →
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DeepMind’s Bipedal Robot Soccer Players with Deep Reinforcement Learning
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Pushing around these little robot soccer players, from DeepMind’s “Learning Agile Soccer Skills for a Bipedal Robot with Deep Reinforcement Learning” paper.https://t.co/KzXryyfhCHhttps://t.co/VOnhLk0DyY pic.twitter.com/GDcCuRm8KM
— hardmaru (@hardmaru) 29 avril 2023Pushing around these little robot soccer players, from DeepMind’s “Learning Agile Soccer Skills for a Bipedal Robot with Deep Reinforcement Learning” paper. https://
arxiv.org/abs/2304.13653 https://
sites.google.com/view/op3-soccer