To fully examine the inner workings and potential impact of deep learning language model GPT-3 on media, ETC’s project on AI & Neuroscience in Media is hosting a virtual event on November 10 from 11:00 am to 12:15 pm. RSVP here to join moderator Yves Bergquist of ETC@USC and presenter Dr. Mark Riedl of Georgia Tech as they present, “Machines That Can Write: A Deep Look at GPT-3 and its Implications for the Industry.” The launch last June of OpenAI’s GPT-3, a language model that uses deep learning to generate human-like text, has raised many questions in the creative community and the world at large.  Continue reading Virtual Event: GPT-3 and Its Implications for the M&E Industry

Another wearable that is in its infancy is smart fabrics, suggests Digital Trends mobile editor Malarie Gokey, noting that most are currently focused on fitness and sports. During a CES session, Sensoria Inc. co-founder/chief executive Davide Vigano pointed out that one of the draws of smart fabric is “established research on the inaccuracy of wristband devices.” “Also, putting on clothes in the morning is something we all do,” he added. The fashion industry is also beginning to discover smart fabric, making it a rising trend. Continue reading Apparel as Wearables: Fashion Industry Tries On Smart Fabric

Football coaches are already using artificial intelligence to help them on the sidelines. Students at North Carolina State University built an AI that could predict whether an NFL team would pass or run the ball. The AI called the plays correctly 91.6 percent of the time during an NFL game. The technology may not yet be ready for a real-time game situation, but with more data and research into machine learning and game theory, AI could become a big league contender. Continue reading Data Analytics: AI Could Assist Coaches in Professional Sports

Researchers at the University of North Carolina and North Carolina State University have developed a new, faster 3D printing technique — and now a California company is planning to use the technique to revolutionize production. The technique is called CLIP, or Continuous Liquid Interface Production. Unlike traditional 3D printers, which construct prototypes layer-by-layer, CLIP 3D printers build an object in its entirety out of liquid resin. The process is reportedly up to 100 times faster than other methods. Continue reading 3D Printing Method Could Make Production 100 Times Faster

A team of researchers at North Carolina State University has created a metal alloy that is liquid, and could be used in 3D printers to make flexible electronic parts and devices. The researchers describe the metal as a “stretchable” alloy, and that many small drops of the alloy can be positioned together in order to create bendable metal sheets and potentially other objects. But it is currently expensive, about 100 times more than 3D printing plastic. Continue reading Metal Alloy Could Be Used for 3D Printing of Bendy Devices