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by Staff Writers Cape Canaveral FL (SPX) Sep 02, 2020
PaintScaping, a world leader in 3D mapping, made history this week by creating projection mapping on an operational rocket, prior to the scheduled launch. The mapping took place Aug. 24 on United Launch Alliance's Delta IV Heavy rocket. United Launch Alliance (ULA) is the nation's premier launch services company and is sending a mission into space from Cape Canaveral Air Force Station in Florida for the National Reconnaissance Office. This was the first time in history that a mapping was projected on an operational rocket. The Los Angeles-based PaintScaping is no stranger to high-profile projects. "Now the sky is no longer the limit," notes Philippe Bergeron with a smile, CEO of PaintScaping. In 2018, it partnered with Nationwide Video to create the largest USA mapping ever - on Park MGM in Las Vegas. "Having combined resources with Philippe and his elite team, we are very proud to be part of this monumental event, " says Bret Tracey, president of Nationwide Video. "In the AV world, this will have historical relevance." For the ULA mapping, PaintScaping used six Christie 45,000 ISO lumens pure RGB laser projectors, some of the strongest projectors ever for mapping. "PaintScaping is a virtuoso in 3D projection mapping storytelling, and we are thrilled PaintScaping chose Christie and Nationwide Video for this very special project," says Zoran Veselic, President and COO, Christie. PaintScaping's mapping for Rihanna and Calvin Harris, using seven Christie projectors, also teamed with Nationwide Video, has garnered 2.4 billion views on YouTube, making it the most viewed mapping ever on the online video platform. PaintScaping's other major projects include a giant storytelling mapping on nature, using 13 Christie 30,000 lumen projectors at the famed San Diego Zoo, voted #1 zoo in the world, as well as Rodeo Drive, Sony Pictures, Tiffany, Porsche, and Ritz-Carlton.
AFRL develops algorithm, flexible device for hands-free ultrasound Wright-Patterson AFB OH (SPX) Sep 01, 2020 The Air Force Research Laboratory recognizes the need for remote physiological monitoring during en route medical care. As such, they have conceived a flexible ultrasound device to serve this requirement. Performing medical ultrasound usually requires the use of a hand-held rigid arrangement of transducers that send ultrasonic pulses into the tissue and receive resulting reflections from the tissue. An image of the tissue can be reconstructed based off of the time it takes to send and receive the ... read more
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