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Изворен канал @pythonmathaug22 · Post #7 · 18 авг.

Добрый день, дорогой студент интенсива! 🎲 Это дружеское напоминание о втором занятии с Анной Чувилиной “Решение задач по программированию на блок-схемах” сегодня 18 августа в 19:00 (мск). ❗️ ВНИМАНИЕ ССЫЛКА: встреча пройдет по ссылке на трансляцию Ждем в 19:00 (мск)! 📝По просьбе преподавателя Анны просим подготовить к занятию бумагу с ручкой или редактор на ноутбуке. Не забудьте подписаться на: — Наш Youtube-канал — Канал в Discord#python-и-математика-интенсив, там будут обсуждения и объявления Если есть вопросы, писать в Discord/Telegram или на [email protected]

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AI & Law

@ai_and_law · Post #198 · 24.12.2023 г., 10:29

🌟AI Sanday Wonders: AI Translates Brainwaves to Text Hello everyone! Imagine a world where thoughts effortlessly transform into written words. Scientists are getting closer to this feat with mind-reading AI. A recent breakthrough showcased a system that, with the help of artificial intelligence, translates brainwaves into text. This innovation holds promise for revolutionizing communication, especially for those who have lost the ability to speak due to conditions like strokes. The process involves participants wearing a cap with sensors that record electrical brain activity through the scalp. These electroencephalogram (EEG) recordings are then decoded into text using an AI model named DeWave. Developed by researchers at the University of Technology Sydney, Australia, DeWave is trained by observing examples where specific brain signals correlate with particular sentences. It acts as a bridge between the brain's electrical activity and an open-source large language model, akin to the technology behind ChatGPT. While the current accuracy hovers around 40%, recent data, yet to be peer-reviewed, indicates significant improvement exceeding 60%. Despite the room for enhancement, the system's non-invasive nature, relative affordability, and portability make it an exciting avenue for further exploration. The potential applications extend beyond aiding communication challenges; this technology could find utility in robotics. The ability to silently read thoughts and convert them into text marks a significant stride in the realm of brain-machine interfaces. Researchers anticipate that with refinement, this system could be a game-changer for individuals with speech impairments. Moreover, its applications might extend to the broader field of robotics. As technology continues to bridge the gap between the mind and machines, the era of mind-reading AI inches closer to reality. #AISundayWonders#BrainMachineInterface#MindReadingAI