🚀 ITRI at CES 2025: Innovations in Wellness & Smart Medical Technology! ✨ ITRI, Taiwan's largest and one of the world’s leading high-tech applied research institutions, is showcasing cutting-edge innovations in wellness and smart medical technologies at CES 2025! 📅 When: January 7–10, 2025 📍 Where: CES Booth 8430, North Hall, LVCC 🔍 CES 2025 Highlights Include: 1️⃣ iSleePad – A smart sleep pad that offers comfort & sleep monitoring for all ages, with applications for home & medical use. 2️⃣ KneeBO – A portable exoskeleton designed to improve lower-limb muscle training and walking. 3️⃣ AI Badminton Trainer – Enhancing performance with advanced AI image analysis & data techniques for players. 4️⃣ High-Privacy AI Digital Caregiver – A remote monitoring system that tracks vital signs, falls, and inactivity for patient care. 💡Want a sneak peek? Check out the video preview of ITRI’s innovations here: https://lnkd.in/gwm6u-Pj 🔗For more details, visit: https://lnkd.in/gAdqPJGw Be sure to visit ITRI’s booth and experience how these transformative technologies are improving wellness, healthcare, and performance. #ITRI #CES2025 #SmartTech #WellnessTech #Innovation #MedicalTech #AI #Exoskeleton #SleepTech
工業技術研究院
研究服務
Hsinchu CountyChutung Township 65,492 位關注者
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Industrial Technology Research Institute (ITRI)(工業技術研究院, 工研院) Industrial Technology Research Institute (ITRI) is one of the world's leading technology R&D institutions aiming to innovate a better future for society. Founded in 1973, ITRI has played a vital role in transforming Taiwan's industries from labor-intensive into technology-oriented. Over the years, ITRI has incubated over 240 innovative companies, including well-known names such as UMC and TSMC, and cultivated more than 140 CEOs. Based on its long-term partnership with various industry sectors, ITRI offers a wide range of services, from technical to business consultation, to the international community– such as contract research, product and process development, and pilot runs for technological upgrades; IP strategy and licensing, industrial analysis, and talent training for hi-tech business; and the open lab and incubation for new ventures and emerging industries. ITRI focuses on the fields of Information and Communications; Electronics and Optoelectronics; Material Chemical and Nanotechnology; Medical Device and Biomedical; Mechanical and Systems; and Green Energy and Environment. In addition to its headquarters in Taiwan, ITRI has branch offices in Silicon Valley, Tokyo, Berlin and Eindhoven in an effort to extend its R&D scope and promote opportunities for international cooperation around the world.
- 網站
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https://www.itri.org.tw/eng/index.aspx
外部工業技術研究院連結
- 產業
- 研究服務
- 公司規模
- 5,001-10,000 名員工
- 總部
- Chutung TownshipHsinchu County
- 類型
- 非營利組織
- 創立時間
- 1973
- 專長
- Information and Communications Technology、Electronics and Optoelectronics Technology、Material, Chemical and Nanotechnology Technology、Medical Device and Biomedical Technology、Mechanical and Systems Technology、Green Energy and Environment Technology、Technology Commercialization、Technology Entrepreneurship和New Business Incubation
地點
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主要
195, Sec. 4, Chung Hsing Rd.
310 TWHsinchu CountyChutung Township
工業技術研究院員工
動態消息
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ITRI Unveils Cutting-Edge Smart Medical Technology at CES 2025 The High-Privacy AI Digital Caregiver offers hospital-level accuracy for vitals monitoring and helps address healthcare workforce shortages. ITRI, Taiwan’s largest and one of the world’s leading high-tech applied research institutions, today announced the introduction of smart medical innovations at CES 2025 booth 8430, North Hall, LVCC, and its event website. The smart medical technologies include the High-Privacy AI Digital Caregiver, the Intelligent Medical Assistant Solution (iMAS), Janus, MedBobi and iKNOBeads. further information: https://lnkd.in/gvqEqR3Y #CES2025 #AI
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工研院十大創新利器亮相CES 2025 顛覆醫療照護新未來 科技守護健康,讓生活更安心!工研院參展美國消費性電子展(CES 2025),於美國時間5日參加CES展前記者會(CES Unveiled),此次也是工研院第九度踏上CES國際舞台,今年展出的技術特別注重在「健康科技」、「智慧照護」兩大主題的跨域應用,涵蓋AI運算、非接觸感測、醫療大數據整合等,充分展現工研院以科技融入生活的願景,不僅解決日益增長的醫療挑戰,也為智慧生活開創新時代。 全文報導: https://lnkd.in/gK6SPDdB #CES2025 #智慧照護 #AI
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工研院電光50周年 半導體及光電百位業者齊聚 適逢工研院推動半導體技術邁入半世紀!工研院日前舉辦「電光50紀念餐會」,國內外多家知名企業和超過百位產業界重量級人士共襄盛舉。此外,工研院電光系統所50年來包括史欽泰、徐爵民、陳良基等10位歷任所長也齊聚一堂,共同回顧半導體技術發展的輝煌歷程,並分享推動科技升級與產業崛起的寶貴經驗,見證臺灣半導體產業從無到有、揚名國際的奮鬥故事。同時也提出隨著半導體在各國在地設廠,具有跨國佈局視野的專業人才將是需求重點,在面對全球快速變化挑戰,一致認為技術持續領先將是致勝關鍵,也是臺灣維持國際競爭力的根本。 全文報導: https://lnkd.in/gkVVmaei #半導體
工研院勾勒南臺灣產業經濟新藍圖 啟動AI與半導體雙引擎迎龐大商機
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工研院勾勒南臺灣產業經濟新藍圖 啟動AI與半導體雙引擎迎龐大商機 工研院於27日舉行「AI賦能.半導體領航-2024南臺灣產業策略論壇」,邀請多位產官學研領袖與會,包括臺南市副市長葉澤山、國科會南科管理局副局長林秀貞、李長榮集團總裁暨工研院院士李謀偉、臺中榮民總醫院院長暨工研院院士陳適安、日月光集團副總經理洪志斌、群聯電子執行長潘健成、AI新創公司Zettabyte董事長邰中和以及乾坤科技技術長詹益仁等。論壇聚焦於南臺灣成熟的半導體供應鏈與技術優勢,結合快速崛起的AI技術。工研院並發表最新的「南臺灣產業創新策略」,聚焦以「半導體南向,產業鏈聚能量」與「產業AI化、AI平民化」雙引擎的產業架構,呼籲南部提早布局,共創嶄新商機。 全文報導: https://lnkd.in/gkVVmaei #AI #半導體
工研院勾勒南臺灣產業經濟新藍圖 啟動AI與半導體雙引擎迎龐大商機
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工研院攜手日本百年企業大賽璐推動新創國際合作 為促進臺灣新創企業加速發展及國際鏈結,工研院攜手日本百年化學企業大賽璐(Daicel)集團共同推動「DAICEL企業加速器(DAICEL Accelerator)」計畫,吸引超過30家國內外新創團隊與中小企業共同參與,工研院成立的新創公司邑流微測(FlowVIEW Tek),專注於液態奈米粒子檢測及AI影像辨識技術的開發與應用,在此次計畫中,憑藉影像式液體自動化檢測技術脫穎而出,榮獲2024 DAICEL企業加速器年度大獎,成為臺日新創合作的成功典範。 全文報導: https://lnkd.in/gt3ByiVi #新創 #DAICEL
工研院攜手日本百年企業大賽璐推動新創國際合作 臺灣邑流微測勇奪年度大獎
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工研院開放網路奠基石 助台揚獲美政府近三千五百萬美元補助 工研院在經濟部產業發展署指導下,協助臺灣新竹科學園區廠商台揚科技股份有限公司(以下簡稱:台揚科技)提案爭取美國公共無線供應鏈創新基金(Public Wireless Supply Chain Innovation Fund)的第二輪補助計畫(NOFO 2),日前正式公布獲選名單,台揚科技成功成為七位獲資者之一,且為臺灣唯一入選廠商,展現臺灣供應鏈於5G開放網路技術上的卓越實力。工研院也宣布,已啟動新一波NOFO 3的輔導工作,盼協助更多臺灣企業提案爭取補助,助力網通產業持續創新升級。 全文報導: https://lnkd.in/gvBe6P7K #5G #開放網路技術
工研院開放網路奠基石 助台揚獲美政府近三千五百萬美元補助 第三波輔導啟動 招手臺廠提案引資
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【從領域專家到企業導師-多元職涯進化】是榮耀,也是更大的責任 顏志泓副組長說:「技術分享讓更多人了解應用價值,挑戰的是授課內容細琢選擇及語言精確傳達,主題以次世代化合物半導體的知識與技術為主,讓同學了解淨零碳排需求下,電力電子產業發展方向。 授課過程中,同學可以探索新知,對我而言不論是知識傳承、面對群眾的不怯場、挖掘潛力學生加入,以及探詢業界合作機會,業師角色的承擔是督促自己在技術上更要精益求精。」 -An honor, that comes with a greater responsibility.- Amos Yen says, “Serving as an industry mentor is both a responsibility and an honor. Sharing technology enables more people to understand its application value. The challenge lies in carefully selecting teaching content and conveying it in precise language. The theme focuses on knowledge and technology of next-generation compound semiconductors, helping students understand the development direction of the power electronics industry under the demand for net zero carbon emissions. During the teaching process, students can explore new knowledge. For me, whether it's knowledge transmission, not being nervous when facing an audience, discovering potential students to join in, or inquiring about cooperation opportunities with the industry, the role of an industry mentor prompts me to continuously improve my technical skills.” 🎯加入ITRI,開啟你的多元職涯https://lnkd.in/gy3MAzU ☀️工研院官網:https://www.itri.org.tw/ 🔔多元職涯進化https://lnkd.in/gm9_k8S6 #多元職涯 #志業 #跨世代交流 #talents #career #itsnotjustajob
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【從領域專家到企業導師-多元職涯進化】深化「再學習」📑 盧俊安副組長說:「很榮幸獲北科大校長推薦,講授介電材料技術主題,在準備教材過程中,透過「再學習」的歷程,重溫課本知識跟工作產生連結,也加深研發的技術在基礎學科上面的成長。 就像和廠商介紹技術,如何讓對方了解自己的論述架構,教育學生也加深了自己的推廣和論述能力。因為教學經驗的增長,也得到更多學生的正向回饋。 透過更多與學界接觸的機會,和教授間因為教育而有共同話題,也間接帶來更多的人脈鏈結和機會。」 -Deepening of "re-learning"- Chun-An Lu says, “It is an honor to be recommended by the president of National Taipei University of Technology to lecture on dielectric material technologies. During the process of preparing teaching materials, I went through a "re-learning" process, which helped me connect book knowledge with work and also deepen my understanding of research techniques in basic sciences. Just like introducing technologies to manufacturers and figuring out how to make them understand one's argument structure, educating students also enhanced my promotion and argumentation abilities. As my teaching experience grew, I received more positive feedback from students. Through more opportunities to interact with academia, I found common ground with professors due to our shared interest in education, which indirectly brought about more networking opportunities.” 🎯加入ITRI,開啟你的多元職涯https://lnkd.in/gy3MAzU ☀️工研院官網:https://www.itri.org.tw/ 🔔多元職涯進化https://lnkd.in/gm9_k8S6 #多元職涯 #志業 #跨世代交流 #talents #career #itsnotjustajob
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檢測無限制!工研院攜手凌通科技開發「無線感測口服膠囊」 半導體封裝助攻智慧醫療升級!工研院以創新3D IC封裝技術結合凌通科技微控制器(MCU)晶片,共同開發醫療檢護服務的「無線感測口服膠囊」,具備高度彈性和客製化功能,可因應不同場域與情境需求,實現多種感測應用,包括:生理訊號監測、溫度、壓力、pH值等多樣項目,為受檢者提供精準且即時的健康監測。此技術展示異質整合與先進封裝技術在醫療領域的應用潛力,以科技帶動健康照護服務升級。 全文報導: https://lnkd.in/gtSNSjwU #智慧醫療
檢測無限制!工研院攜手凌通科技開發「無線感測口服膠囊」創新3D IC封裝技術 開啟智慧醫療新局
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