2020-04-012024-05-16https://scholars.lib.ntu.edu.tw/handle/123456789/670016摘要：因應社會、醫療與環境之轉變，本計畫之目的在於整合電機、電子、光電、資訊、生命科學、醫學等跨領域研究能量，開發用於個人化健康照護的物聯網裝置，提升醫&#63937;照護與健康生活品質。本計畫共有29位教授參與，包括電資學院、醫學院與生命科學院等從事跨領域創新技術與前瞻應用之研究，預計透過團隊與技術的高度整合，將具體完成健康照護三度儀、阻塞性睡眠呼吸中止症分子檢測儀、穿載式心臟衰竭病患體液醫療感測儀、肋膜積水醫療感測儀、超可攜式物聯網超音波陣列影像儀及結合光學同調斷層掃描術與眼底鏡之多功能性造影儀等六項物聯網裝置，對於多項重要健康與疾病診斷之普及化及健康照護品質之提升，產生直接貢獻。以具體裝置作為技術產出與轉化之指標，不僅在國內居於領先地位，在國際上亦扮演領導角色。此外，本計畫內容包括多項關鍵物聯網致能技術，針對無線定位、無線充電及高速資料傳輸等做前瞻技術開發，成果不僅可整合於本計畫內，對於未來物聯網時代之各種應用亦將發揮顯著影響力。以上各項目除對社會經濟產生實質貢獻之外，在學術上亦將研究嗅覺感知的原理，釐清嗅覺意識的真正本質，其成果可以用在電腦網路傳遞香味等過去不可能實現的夢想，回答科學上的重要問題。<br> Abstract: The main purpose of this project is to integrate multidisciplinary technologies, including electrical and electronic engineering, optoelectronics, computer science, life sciene and clinical medicine, to respond to the forseeable changes in society, medicine and environment by developing the cutting-edge internet-of-things (IoT) technologies and devices for improving healthcare quality. In this project, there are totally 29 professors participating for innovative and advanced research and development. Through highly integrated collaboration, the team will develop and implement a healthcare tricorder, an OSA in vitro diagnostics device, a wearable body fluid sensing device for heart failure patients, a wearable pleural effusion sensing device, an ultra-portable ultrasound functional array imaging device, and a multi-functional OCT device. It will result in major impact in better and more affordable healthcare. To use the actual realization of these devices as a project performance index will also place the reaserach team in a leading position worldwide. In addition, several advanced IoT enabling technologies will be developed, including wireless positioning technologies, wireless charging technologies and high-speed wireless data transfer technologies. The outcome of this project is also expected to play a major role in the coming IoT era. On the academic side, by using the narrow-band, high-power infrared light technology, it is possible to stimulate odor molecules and further vibrates molecular bonds. With this, we can explore how human interprets the smell from the odor molecules, and further investigate the essence of human olfactory consciousness. Hence, this cutting-edge research manifests the significance of technologies and engineering, healthcare applications, and advanced scientific discovery.物聯網健康照護紅外線超音波阻塞性睡眠呼吸中止症人工智慧無線定位無線充電嗅覺意識IoThealthcareinfraredultrasoundobstructive sleep apneaartificial intelligencewireless positioningwireless chargingolfactory consciousness