• 2021 智慧顯示創新應用論壇
    2021 智慧顯示創新應用論壇
    國際貿易局
    2021/04/21
    5824
    台北世貿中心 南港一館
    日期:4/21~4/23_ 主辦單位:經濟部國際貿易局 由TDUA(台灣顯示器產業聯合總會)主辦的2021 Display Innovation Taiwan Conference 智慧顯示創新應用論壇 (DIT'21),即將在4月21日至4月23日在台北南港展覽館1館四樓展開。近年來人工智慧(AI)、物聯網(IoT)、5G、虛擬/擴增/混合實境(VR/AR/MR)等全新技術的出現,都被認為能改變製造業,甚至改變人類世界的現況,而由智慧型手持/穿戴式裝置串聯起的智慧生活網,正是讓顯示器與智慧移動、醫護產業、智慧商店、智慧感測、電競產業、機器人及自動化產業等異業跨界整合的重要介面!論壇主軸「顯示產業的跨界與創新: 新技術、新應用、新商業模式」,呼應未來在 5G 的開通下,包括自駕車、物聯網、8K 影像傳輸、AI 運算等,都可因 5G 開通而更進一步發展,三天的論壇將從技術開發到終端應用的各種角度來洞悉整體市場脈動,提供所有與會人員因應未來發展與挑戰的嶄新思維。
    國際貿易局
    經濟部國際貿易局 經濟部國際貿易局
    作者學經歷
      100台北市中正區湖口街1號
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    An ancient ‘terror crocodile’ became a dinosaur-eating giant. Scientists say they now know why [url=https://spb.mk.ru/social/2023/07/26/layf-ne-gud-v-peterburge-budut-sudit-organizatora-krupnoy-finansovoy-piramidy.html]гей член[/url] A massive, extinct reptile that once snacked on dinosaurs had a broad snout like an alligator’s, but it owed its success to a trait that modern alligators lack: tolerance for salt water. Deinosuchus was one of the largest crocodilians that ever lived, with a body nearly as long as a bus and teeth the size of bananas. From about 82 million to 75 million years ago, the top predator swam in rivers and estuaries of North America. The skull was wide and long, tipped with a bulbous lump that was unlike any skull structure seen in other crocodilians. Toothmarks on Cretaceous bones hint that Deinosuchus hunted or scavenged dinosaurs. Despite its scientific name, which translates as “terror crocodile,” Deinosuchus has commonly been called a “greater alligator,” and prior assessments of its evolutionary relationships grouped it with alligators and their ancient relatives. However, a new analysis of fossils, along with DNA from living crocodilians such as alligators and crocodiles, suggests Deinosuchus belongs on a different part of the crocodilian family tree. Unlike alligatoroids, Deinosuchus retained the salt glands of ancestral crocodilians, enabling it to tolerate salt water, scientists reported Wednesday in the journal Communications Biology. Modern crocodiles have these glands, which collect and release excess sodium chloride. Salt tolerance would have helped Deinosuchus navigate the Western Interior Seaway that once divided North America, during a greenhouse phase marked by global sea level rise. Deinosuchus could then have spread across the continent to inhabit coastal marshes on both sides of the ancient inland sea, and along North America’s Atlantic coast. The new study’s revised family tree for crocodilians offers fresh insights into climate resilience in the group, and hints at how some species adapted to environmental cooling while others went extinct. With salt glands allowing Deinosuchus to travel where its alligatoroid cousins couldn’t, the terror crocodile settled in habitats teeming with large prey. Deinosuchus evolved to become an enormous and widespread predator that dominated marshy ecosystems, where it fed on pretty much whatever it wanted. “No one was safe in these wetlands when Deinosuchus was around,” said senior study author Dr. Marton Rabi, a lecturer in the Institute of Geosciences at the University of Tubingen in Germany. “We are talking about an absolutely monstrous animal,” Rabi told CNN. “Definitely around 8 meters (26 feet) or more total body length.”