Stanford Institute for Human-Centered Artificial Intelligence (HAI)’s Post

Strongly believe that the 3rd digital transformation era (transcendent) will accelerate deep technology developments in biology, physics, psychology, through the use of advanced computing and robotics, driving disruptive strategies. For our and future generations to handle that, basic education must change, requiring kids and professionals to re/learn foundations, go deeper, experiment and understand more…and faster. #leadership #strategy #digitaltransformation #hai

The future of AI hinges on our choices today. Cambridge researchers have developed a robotic sensor that can read braille at a staggering speed of 315 words per minute, surpassing human capability and showcasing the potential of AI to undertake complex sensory tasks. The integration of AI and machine learning in this invention opens up possibilities for creating more sensitive and precise robotic systems, with potential applications in medical prosthetics, industrial automation, and even space exploration. How do you envision the future of AI and robotics evolving with advanced technology like this? --- Hi, 👋🏼 my name is Doug, I love AI, and I post content to keep you up to date with the latest AI news. Follow and ♻️ repost to share the information! #ai #robotics #advancedtechnology

🤖 Researchers at the University of Cambridge have developed a groundbreaking robotic sensor with artificial intelligence that reads braille at DOUBLE the speed of most human readers! 📚 Using machine learning algorithms, the robot achieved an impressive 315 words per minute with nearly 90% accuracy. 🚀 While not initially designed for assistive purposes, the high sensitivity required for braille reading positions this technology as a fantastic testing ground for developing robot hands or prosthetics with human-like fingertip sensitivity. 👋 Human fingertips are incredibly sensitive, detecting subtle changes in texture and providing valuable information about the world. Replicating this level of sensitivity in a robotic hand is a major engineering challenge, but the Cambridge researchers have made significant strides! The team used an off-the-shelf sensor with a camera to create a more realistic and efficient robotic braille reader. Through machine learning algorithms, the robot can 'deblur' images of braille characters, achieving a reading speed and accuracy comparable to human readers. This development opens doors for applications beyond braille, such as detecting surface textures or slippage in robotic manipulation. 🌐 ✨ Kudos to the researchers at the University of Cambridge for pushing the boundaries of robotics and AI! 🙌 🔬 Read more: https://lnkd.in/deU-_HgB #DataSpike #Robotics #AI #Innovation #Technology #Research #CambridgeUniversity #ArtificialIntelligence #BrailleReading #RoboticsInnovation

Interesting read

I am amazed how AI is helpful in complex use cases (such as medicine research, robotics, image processing etc.). Whenever I look at this quote, I strongly relate to it. I am always for productivity use cases so I can get time back for myself. These could be as simple as alerting me of traffic before I even take out my mobile and find out myself before going to work or as complex as Developer's productivity at work :)

Digital twins are transforming the field of robotics. So when are we going to start giving them real-world uses in medicine and agriculture? Mark Lord explains some of the most interesting recent developments in bioML and AI. 👇 NVIDIA Google DeepMind Springer Nature Group https://lnkd.in/eV_yb-au

Robotics are making progress!

Terrifyingly Human-Like Robotic Hand Science fiction? Not anymore. → Innovation at its Peak Clone Robotics has shattered expectations with their V15 model - a hand not just looking but acting human. ↳ Technology Mimicking Life Imagine a hand, from its grip on a tennis ball to an active drill, mimicking our very touch. → A Leap for Robotics A blend of aesthetics and functionality, this breakthrough promises a future where robots understand the delicacy of human touch. ↳ Biology Meets Engineering Inside, balloons expand within mesh tubes, powered by a simple yet ingenious heating mechanism. No bulky pumps, just pure innovation. → Freedom Redefined With 27 degrees of mobility, the V15 hand opens doors to unprecedented robotic capabilities. ↳ Looking Forward As we await these kits, one can only dream of the applications. From aiding in medical fields to accomplishing tasks with a human-like touch, the possibilities are endless. Have you ever thought about the impact of such technology on daily life? ➡ Follow me Master List AI for more of these. ➡ Master AI (Tips, Tools, Trends, News) Here: https://lnkd.in/gM9pWpf5 P.S. Enjoy these? Feel free to Repost #ai #technews #tech #techcommunity #robot

OpenAI is rebooting its Robotics team. This move signifies a renewed focus on advancing the capabilities of AI in the field of robotics, aiming to tackle complex challenges and improve the integration of AI systems with robotic hardware. The initiative likely involves developing advanced machine learning models, enhancing robotic manipulation, perception, and decision-making, and potentially collaborating with other research institutions and industry partners. This effort underscores the importance of robotics in the broader AI landscape and OpenAI's commitment to pushing the boundaries of what intelligent systems can achieve in real-world applications. #AI #OpenAI

🎉Excited to announce the successful completion of our Object Detection project using YOLO!AIMER Society - Artificial Intelligence Medical and Engineering Researchers Society After weeks of hard work and countless hours of coding, testing, and refining, our model can now accurately detect objects in real-time. YOLO has proven to be an incredibly powerful tool, offering high-speed performance and impressive accuracy. Key highlights: *Real-time detection: Our model can identify multiple objects within a frame at lightning speed. High accuracy: Achieved excellent precision in detecting a variety of objects in diverse environments. *Versatile applications: From security surveillance to autonomous driving, the possibilities are endless. A big thank you to our mentor Sai Satish involved in this project. This achievement wouldn't have been possible without the collaborative effort and dedication of the entire team. Onwards and upwards to more groundbreaking project #YOLO #ObjectDetection #ComputerVision #DeepLearning #AI #MachineLearning #NeuralNetworks #YOLOv3 #ImageProcessing #CVPR