實驗室成立於1999/7，研究主題探討感測技術、訊號處理及其整合所衍生課題。初期研究範疇包括 動態訊號二維分析(暫態/非穩態訊號分析及旋轉機械階次追縱)、機械系統/元件之設計(修改)以改善運轉動態特性、機器故障診斷暨狀態監測 等。近年研究著重在 機械智慧監測(Monitoring)診斷(Diagnostics)及預後(Prognostics)、醫療器材開發(Medical Devices Design & Implementation) 等兩類領域:

(1) 機械智慧監測診斷及預後 智慧監測暨診斷工具箱開發、帶鋸/圓鋸工具機刀具評估暨製程監測、表面貼焊技術焊點評估與元件監測、鋰離子電池模組故障排除系統暨衰退模型評估。

(2) 醫療器材開發 (近紅外光)擴散光學斷層造影技術、骨整合檢測技術及裝置、IMU穿戴裝置之復健工程與智慧生活應用。

The Sensing Diagnostics Monitoring and Prognostics (SenDiMoniProg) Lab (or previously Diagnostics and Biomedical Measurement Lab, D-BioM Lab) was founded in Feb 1999. Its research themes cover sensing technology, signal processing and their integration related topics. Since the early stage till now we have been investigating two-dimensional analysis of dynamic/mechanical/biomedical signals with transient/nonstationary nature, and order tracking for rotary machinery, design and modification of mechanical systems and components for enhancing their characteristics of operation, machine condition monitoring and fault diagnostics, etc. Recently our study more focuses on the fields of intelligent monitoring/diagnostics/prognostics applied in manufacturing process and machine operation process, and medical devices design and implementation, including:

(1) Intelligent Monitoring/Diagnostics/Prognostics (i) signal processing toolbox for intelligent monitoring and diagnostics, (ii) degradation assessment of cutting tools of band saws and circular saws, (iii) joint evaluation and fault diagnostics for surface mount technology, (iv) construction of trouble shooting system and degradation model for Li-ion battery modules.

(2) Medical Devices Design and Implementation (i) near infrared diffuse optical imaging, (ii) implant osseointegration stability assessment techniques and devices, (iii) IMU-based wearable devices for rehab engineering and intelligent life.