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💡電子神經系統 - 提升...

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#科技新知 #MITTechnologyReview

💡電子神經系統 - 提升電子皮膚感知能力

電子皮膚為義肢發展的重點技術之一,但複雜的電路卻是最大的缺點。為解決此問題,新加坡大學材料工程學系助理教授 Benjamin Tee 與團隊模擬人類神經系統,研究出異步編碼電子皮膚 Asynchronous Coded Electronic Skin (ACES)。ACES 的感應速度為人類神經系統的 1,000 倍,大幅提升系統精準度、速度及抗破壞性,且能與任何類型的感測器皮膚層配對。

此技術已取得專利、進入臨床實驗,預計於明年開始人體試驗,未來可望應用於義肢、機器人及其他人機接口。


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Founded by Epoch Foundation, a renowned non- profit organization based in Taipei, Taiwan, Garage+ doesn’t just provide a space for incubation but also fosters a thriving startup ecosystem supported by experienced and successful entrepreneurs. The vibrant community of Garage+ helps facilitate early-stage startups to build a team, enhance connections, strengthen core values, access fundraising resources and eventually get to the top. Since 2012, 73% of Garage+ teams have received funds from professional investors and have continued to grow business in various industries. Here is the most recent case on Indiegogo:http://goo.gl/o4Oe4N With the support and sponsorship from over 30 companies in Taiwan including TSMC, Delta Electronics, Quanta Computer, and MediaTek, etc., the Garage+ Campus expanded into a new space in Chia Hsin Building, located in downtown Taipei starting in November, 2014. For applying membership, seats, or offices at Garage+, please click: http://garageplusnewspace.weebly.com/ For more information, please click: www.garageplus.asia
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