2014-08-012024-05-18https://scholars.lib.ntu.edu.tw/handle/123456789/713204摘要：近年來因著地震搜救與醫療照顧之需求，非接觸式生理訊號探測成為熱門研究的的議題，對於可攜式的探測儀，我們需要發展輕巧、省電、與準確的探測技術。本計畫將研發同時具有K頻段與E頻段的可攜式雙寬頻微型化CMOS收發機，利用低溫共燒陶瓷技術(LTCC)的多層(Multi-layer)系統封裝方式達成面積縮小化，並探討使用同步移動技術來探測呼吸及心跳及其相關應用。<br> Abstract: Recently, the non-contact wireless detection of vital signs attracts interests from many potential applications such as searching survivors after earthquake and monitoring sleeping infants or adults to detect abnormal breathing condition. For portable vital-sign detection, the technology development is toward lower power, lighter weight, smaller form factor, and better accuracy. This project will develop a miniature dual-broadband with K and E-Band CMOS transceiver. System in package (SiP) by using multi-layer low-temperature cofired ceramics (LTCC) is proposed for miniaturization. The synchronized motion technique (SMT) is utilized to detect respiration and heartbeat signals and explore its relevant application .生理訊號K頻段E頻段可攜式雙寬頻同步移動技術系統封裝Vital signsK-bandE-bandPortableDual-broadbandSynchronized Motion TechniqueSystem in Package