關於機械系-師資
學歷
Education
比利時荷語魯汶大學(Katholieke Universiteit Leuven) 機械工程博士(5/1996)
比利時荷語魯汶大學(Katholieke Universiteit Leuven) 機械工程碩士(7/1992)
國立成功大學(National Cheng Kung University) 機械工程碩士(6/1990)
國立成功大學(National Cheng Kung University) 機械工程學士(6/1985)
經歷
Experiences
- 教授(08/2007 – 迄今),中央大學 機械系
- 生醫所所長(08/2010 – 07/2013),中央大學 生醫工程研究所
- 教授(08/2007–07/2014),中央大學 生醫工程研究所 (Professor, Institute of Biomedical Eng.)
- 副教授(08/2003 – 07/2007)中央大學 機械系
- 機械系助理教授(02/1999 – 07/2003)中央大學 機械系
- 兼任副教授(08/1997 – 07/1999)中央警察大學 鑑識科學研究所
- 高級研究員(12/1996 – 02/1999)三陽工業股份有限公司研發中心發展室
- 專案工程師(08/1996 – 12/1996)東元電機股份有限公司研發處機研小組
- 副工程師(09/1990 – 08/1991)工業技術研究院 機械工業研究所物流包裝部
- 專任助教(08/1987 – 07/1988)國立成功大學 機械工程系
- 機械工程助理(07/1985 – 09/1985)中山科學研究院 二所
教授課程
Courses Taught
大學部
感測技術、生醫機械訊號處理、生醫光電、光電機器元件設計
研究所
機械量測、醫用物理、醫用數學、工程訊號處理、線性系統、智能性機械狀態監測、動力系統設計
研究專長
Research Areas
感測技術(Sensing Technology)、機械故障診斷暨監測(Monitoring/Diagnostics/Prognostics of Mechanical Systems)、生醫機械訊號處理(Biomedical and Mechanical Signal Processing)、擴散光學斷層造影(Diffuse Optical Imaging)、醫療器材開發(Medical Devices Design and Implementation)
實驗室
Laboratory
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.
論文著作 Publications
題目 Title | 作者姓名 | 期刊名稱 | 出版年份 | 期別及起訖頁數 | 期刊種類 | 文件 |
---|---|---|---|---|---|---|
SCI | ||||||
Fault diagnosis of reciprocating compressor using Teager-Kaiser energy operator and envelope spectral feature extraction | Ch.-Ch. Hou and M.-Ch. Pan* | Advances in Mechanical Engineering | 2024 | 16(3), 1-14. (doi.org/10.1177/16878132241237638) | SCI | |
Inertial Measuring System to Evaluate Gait Parameters and Dynamic Alignments for Lower-Limb Amputation Subjects | Sh.-L. Han, M.-L. Cai, M.-Ch. Pan* | Sensors | 2024 | 24(5), 1519. | SCI | |
Dynamic Signal Analysis Based Monitoring for Ball Screws Preload Deterioration | Ch.-L. Tsai and M.-Ch. Pan* | Measurement: Sensors | 2024 | 31, 101027 | SCI | Document |
Evaluation of lumbar and hip movement characterization and muscle activities during gait in patients with knee osteoarthritis | H.-Y. Wang, Ch.-Y. Ho, M.-Ch. Pan* | Gait & Posture | 2024 | 108, 1-8 | SCI | Document |
Optimizing diffuse optical imaging for breast tissues with a dual-encoder neural network to preserve small structural information and fine features | N. Murad, M.-Ch. Pan*, Y.-F. Hsu | J. Med. Imag. | 2023 | 10(6), 066003 | SCI | Document |
Periodic-net: An End-to-End Data Driven Framework from Boundary Data for Diffuse Optical Imaging of Breast Cancer with Noisy Training Data | N. Murad, M.-Ch. Pan*, Y.-F. Hsu | Journal of Biomedical Optics | 2023 | 28(2), 026001 | SCI | |
Sensor-to-image based neural networks: a reliable reconstruction method for diffuse optical imaging of high-scattering media | D.R. Yuliansyah, M.-Ch. Pan* and Y.-F. Hsu | Sensors | 2022 | 22, 9096. | SCI | |
Reconstruction and Localization of Tumors in Breast Optical Imaging via Convolution Neural Network based on Batch Normalization Layers | Nazish Murad, M.-Ch. Pan*, Y.-F. Hsu | IEEE Access | 2022 | Vol. 10, pp.57850-57864. | SCI | |
In Vivo Validation of Diffuse Optical Imaging with a Dual-Direction Measuring Module of Parallel-Plate Architecture for Breast Tumor Detection | J.-M. Yu, L.-Y. Chen, M.-Cheng Pan, Y.F. Hsu, Y.-L. Lin, Sh.-Y. Sun, Ch.-Ch. Chou, and M.-Chun Pan* | Biomedicines | 2022 | 10, Article 1040. | SCI | |
Can kinematic variables deduce functional scales among chronic stroke survivors? A proof of concept for inertial sensors | Shao-Li Han, Meng-Lin Cai, Hui-Hong Yang, Yun-Chen Yang, Min-Chun Pan* | Sensor Review | 2022 | Vol. 42 No. 3, pp. 316-325. | SCI | |
Handheld device for assessing dental implant osseointegration through the vibro-acoustic technique | M.-Ch. Pan*, Sh.-Y. Wang and Ch.-S. Chen | Measurement | 2021 | Vol.169, Article 108419 | SCI | Document |
Design/Exploration and Verification of an Electromagnetic Probe for Assessing Dental Implant Osseointegration | M.-Ch. Pan*, H.-P. Lin and Ch.-S. Chen | Measurement | 2021 | Vol.174, Article 109054 | SCI | Document |
Indocyanine Green-Camptothecin Co-Loaded Perfluorocarbon Double-Layer Nanocomposite: A Versatile Nanotheranostics for Photochemotherapy and FDOT Diagnosis of Breast Cancer | Yu-Hsiang Lee*, Po-Wei Kuo, Chun-Ju Chen, Chu-Jih Sue, Ya-Fen Hsu, and Min-Chun Pan* | Pharmaceutics | 2021 | 13 (9), Article 1499 | SCI | |
Optical-property coefficient estimation of bulky medium in experiments with a succinctly analytical calculation | M.-Ch. Pan, Jh.-M. Yu, L.-Y. Chen, Y.-T. Liang, Min-Chun Pan | Optical and Quantum Electronics | 2019 | 51:33 | SCI | Document |
Phantom Verification for a ring-scanning and prone diffuse optical imaging system | J.-M. Yu, M.-Chun Pan*, L.-Y. Chen, M.-Cheng Pan and Y.-F. Hsu | Optics Communications, Vol. 405 | 2017 | pp. 177–184 | SCI | Document |
Focusing Efficiency Evaluation of Ultrasonic Energy for Fabricated Fresnel Lens through Surface Profile Estimation and FEA | T.-A. Bui and M.-Ch. Pan | Ferroelectrics, Vol. 506, Issue 1 | 2017 | pp. 76-92 | SCI | Document |
Wavelength Optimization Using Available Laser Diodes in Spectral Near-infrared Optical Tomography | L.-Y. Chen, M.-Cheng Pan, Ch.-Ch. Yan, M.-Chun Pan | Applied Optics, Vol. 55, Issue 21 | 2016 | pp. 5729-5737 | SCI | Document |
Adaptive Angular-Velocity Vold-Kalman Filter Order Tracking- Theoretical Basis, Numerical Implementation and Parameter Investigation | M.-Ch. Pan, W.-Ch. Chu and Duc-Do Le | Mechanical Systems and Signal Processing, Vol. 81 | 2016 | pp. 148–161 | SCI | Document |
Effects of Varied Cortical shells and Tooth Situations to the Structure Resonance in Dental Implantation | M.C. Trinh, Ch.-S. Chen and M.-Ch. Pan | ASME Transactions, Journal of Medical Devices, Vol.10, No.3, 030965 | 2016 | SCI | Document | |
Comparisons of Diffuse Optical Imaging between Direct-Current and Amplitude-Modulation Instrumentations | L.-Y. Chen, Jh.-M. Yu, M.-Cheng Pan, Sh.-Y. Sun, Ch.-Ch. Chou and M.-Chun Pan | Optical and Quantum Electronics, 48:139, 1-11 | 2016 | SCI | Document | |
Diffuse optical imaging through incorporating structural information into edge-preserving regularization | L.-Y. Chen, M.-Cheng Pan, Jh.-M. Yu, M.-Chun Pan | Optical and Quantum Electronics, 48:130, 1-16 | 2016 | SCI | Document | |
Resonance Frequency Confirmation for Osseointegration of Dental Implantation in Vitro Models with Varied Cortical Thickness | M.C. Trinh, R.-Z. Mou, Ch.-S. Chen and M.-Ch. Pan | ASME Transactions, Journal of Medical Devices, Vol.9, No.3, 030945-3 | 2015 | SCI | Document | |
Design and implementation of three-dimensional ring-scanning equipment for optimized measurements of near- infrared diffuse optical breast imaging | J.-M. Yu, M.-Cheng Pan, Y.-F. Hsu, L.-Y. Chen and M.-Chun Pan | Optical Engineering, 54(7), 073107 | 2015 | SCI | Document | |
Inertial Sensing Based Assessment Methods to Quantify the Effectiveness of Post-Stroke Rehabilitation | H.-T. Li, J.-J. Huang, Ch.-W. Pan, H.-I. Chi and M.-Ch. Pan | Sensors, Vol.15, No.7, 16196-16209 | 2015 | SCI | Document | |
Detection Device for Dental Implant Osseointegration Using Inductors and Hall Sensors | R.-Z. Mou, Sh.-B. Lin, Ch.-S. Chen and M.-Chun Pan | ASME Transactions, Journal of Medical Devices, Vol.9, No.2, 020937-3 | 2015 | SCI | Document | |
Optimally Controlled Anti-swirl Injection to Eliminate Whirl in Fluid-film Bearings of Rotary Machinery | Duc-Do Le, Ch.-K. Tsuei, and M.-Ch. Pan | International Journal of Mechanical Sciences, Vol. 98 | 2015 | pp.157-168 | SCI | Document |
Design and Fabrication of Prostrate Ring-scanning Equipment for NIR Diffuse Optical Imaging | J.-M. Yu, M.-Cheng Pan, Y.-F. Hsu, L.-Y. Chen and M.-Chun Pan* | ASME Transactions, Journal of Medical Devices | 2014 | Document | ||
Design and Implementation of Assistive Devices for Post-stroke Rehabilitation of Hand and Fingers | Kevin Kao, Jheng-Jie Huang and Min-Chun Pan | J. Med. Devices 8(2) | 2014 | Document | ||
Assessment of Dental Implantation Osseointegration Through Electromagnetic Actuation and Detection | Tai Shin Chia, Chin-Sung Chen and Min-Chun Pan | J. Med. Devices 8(3), 030940 | 2014 | Document | ||
Numerical Characterization of Bone Defects After Dental Implantation | Bin-Xun Hsieh, Chin-Sung Chen and Min-Chun Pan | J. Med. Devices 8(2), 020942 | 2014 | Document | ||
Assessment of Dental Implantation Osseointegration through Electro-Magnetic Actuation and Detection | T. Sh. Chia, Ch.-S. Chen and M.-Ch. Pan | ASME Transactions, Journal of Medical Devices | 2014 | Document | ||
A noncontact detection technique for interfacial bone defects and osseointegration assessment surrounding dental implants | H.B. Zhuang, M.Ch. Pan*, J.Z. Chen, J.W. Wu, C.S. Chen | Measurement | 2014 | Document | ||
Design for source-and-detector configuration of a ring-scanning-based near-infrared optical imaging system | Jhao-Ming Yu, Min-Chun Pan, Min-Cheng Pan | Optical Engineering Volume 53, Issue 1 | 2014 | Document | ||
Spectral Analysis Based Limb Movement Reconstruction Using Inertial Sensing Data | Jheng-Jie Huang, Chi-Tai Yang, Bo-Chuan Chen and Min-Chun Pan | J. Med. Devices 7(2) | 2013 | Document | ||
Parallel Scanning Architecture for Mammogram-Based Diffuse Optical Imaging | Jhao-Ming Yu, Liang-Yu Chen, Hung-Chih Chiang, Min-Cheng Pan, Sheng-Yih Sun, and Chia-Cheng Chou, and Min-Chun Pan | J. Med. Devices 7(2), 020936 | 2013 | Document | ||
A noncontact resonance frequency detection technique for the interfacial bone defect assessment around the dental implant | M.-Ch. Pan, H.B. Zhuang, Ch.-S. Chen, J.-W. Wu, Sh.-Y. Lee | Medical Engineering & Physics,Vol.35, No.10 | 2013 | pp.1825–1830 | Document | |
Flexible Near Infrared Diffuse Optical Tomography with Varied Weighting Functions of Edge-preserving Regularization | L.-Y. Chen, M.-Cheng Pan, and M.-Chun Pan | Applied Optics Vol. 52, Issue 6 | 2013 | pp. 1173-1182 | Document | |
Using appropriate IMFs for envelope analysis in multiple fault diagnosisof ball bearings | Min-Chun Pan , Wen-Chang Tsao | International Journal of Mechanical Sciences | 2013 | Document | ||
Visualized Numerical Assessment for Near Infra-red Diffuse Optical Tomography with Contrast-and-size Detail Analysis | Liang-Yu Chen, Min-Cheng Pan, Min-Chun Pan | Optical Review 2013 Vol. 20, No. 1 | 2013 | pp.19-25 | Document | |
Noncontact Vibro-acoustic Detection Technique for Dental Osseointegration Examination | Han-Bo Zhuang, Wei-Shan Tu, Min-Chun Pan*, Jer-Whey Wu, Chin-Sung Chen, Shyh-Yuan Lee, Yuan-Chao Yang | Journal of Medical and Biological Engineering 2013 Vol. 33, No. 1 | 2013 | pp. 35-43 | Document | |
Effect of Fabrication Parameters on the Characteristics of Fresnel Lens and Piezoelectric Transducers | Tuan-Anh Bui, Min-Chun Pan*, Wen-Ching Shih, andChien-Cheh Lee | Ferroelectrics, 437:70–80 | 2012 | Document | ||
An Insight Concept to Select Appropriate IMFs Proceeded with Envelope Analysis for Bearing Fault Diagnosis | W.-Ch. Tsao, Y.-F. Li, D.D. Le and M.-Ch. Pan* | Measurement, Vol.45, Issue 6 | 2012 | pp.1489-1498 | SCI | Document |
Implementation of Edge-Preserving Regularization for Frequency-Domain Diffuse Optical Tomography | L.-Y. Chen, M.-Chun Pan and M.-Cheng Pan | Applied Optics, Vol. 51, No. 1 | 2012 | pp.43-54 | SCI | Document |
Fabrication of highly c-axis textured ZnO thin film piezoelectric transducers by RF sputtering | Min-Chun Pan, Tzon-Han Wu, Tuan-Anh Bui, Wen-Ching Shih | Journal of Materials Science: Materials in Electronics 2012 Vol.23 | 2012 | pp.418-424 | SCI | Document |
Study of Start-up Vibration Response for Oil Whirl, Oil Whip and Dry Whip | Ch.-Ch. Fan Jhe-Wei Syu, M.-Ch. Pan*, and W.-Ch. Tsao | Mechanical Systems and Signal Processing, Vol.25, Issue 8 | 2011 | pp.3102-3115 | SCI | Document |
Design and Fabrication of Fresnel Lens and ZnO Thin-Film Transducer | M.-Ch. Pan, T.-A. Bui, Y.-Ch. Nien, and W.-Ch. Shih | Japanese Journal of Applied Physics, Vol. 50, 07HD02 | 2011 | SCI | Document | |
Fluid-induced Instability Elimination of Rotor-Bearing System Using an Electromagnetic Exciter, | Ch.-Ch. Fan and M.-Ch. Pan* | International Journal of Mechanical Sciences, Vol. 52 | 2010 | pp. 581-589 | SCI | Document |
Rapid Convergence on the Inverse Solution Regularized with the Lorentzian Distributed Function for Near Infrared Continuous Wave Diffuse Optical Tomography | M.-Cheng Pan and M.-Chun Pan* | Journal of Biomedical Optics, Vol. 15(1), 016014 | 2010 | SCI | Document | |
Extended Angular-Velocity Vold-Kalman Order Tracking | M.-Ch. Pan and Ch.-X. Wu | Journal of Dynamic Systems Measurement and Control-Transactions of the ASME, Vol. 132(3), 031001 | 2010 | SCI | ||
Adaptive Hybrid Tracking-Error Control for DVD Drives in Vehicle Systems | M.-Ch. Pan and Ch. Chien | Microsystem Technologies, Vol.16, Issues 1-2 | 2010 | pp.279-286 | SCI | |
Effective Thermal Emission on TFT-LCD TV Panels for Improving Image Quality | M.-Ch. Pan and Ch.-Y. Chu | Advances in Engineering Software, Vol. 41 | 2010 | pp.130-140 | SCI | |
Thermal Deformation Characterization on the Panel of TFT-LCD TV (I)- Mechanism of Color Distortion | Ch.-Y. Chu, Chih-Po Chan and M.-Ch. Pan* | Journal of the Society for Information Display, Vol.17 (8) | 2009 | pp.635-645 | SCI | |
Near Infra-red Tomographic Imaging System Based on a Highly Angular Spatial-Resolution Mechanism- Design, Calibration, and Performance | M.-Chun Pan, Ch.-H. Chen, M.-Cheng Pan and Y.-M. Shyr | Measurement, doi:10.1016/j.measurement.2008.08.003 | 2008 | SCI | ||
Approach to Accurately Estimating Low-Contrast Inclusion with a priori Guidance in Near-infrared Diffuse Optical Tomography | M.-Cheng Pan, Ch.-H. Chen, M.-Chun Pan* and Y.-M. Shyr | Journal of the Chinese Institute of Engineers, Vol.31, No.5 | 2008 | pp.885-890 | SCI | |
Remote Online Machine Condition Monitoring System | M.-Ch. Pan, P.-Ch. Lee and Y.-R. Cheng | Measurement, Vol.41, Issue 8 | 2008 | pp.912-921 | SCI | |
Dynamic Investigation and Adaptive Tracking-Error Improvement of Optical Disk Drives | M.-Ch. Pan and M.-D. Wu | Journal of the Chinese Society of Mechanical Engineers, Vol.29. No.4 | 2008 | pp.333-339 | SCI | |
Highly-resolved Diffuse Optical Tomography: A Systematical Approach Using High-pass Filtering for Value- preserved Images | M.-Cheng Pan, Ch.-H. Chen, L.-Y. Chen, M.-Chun Pan* and Y.-M. Shyr | Journal of Biomedical Optics, Vol. 13(02), 024022 | 2008 | SCI | ||
Improvement on Gabor Order Tracking and Objective Comparison with Vold-Kalman-Filtering Order Tracking | M.-Ch. Pan, Sh.-W. Liao and Ch.-Ch. Chiu | Mechanical Systems and Signal Processing, Vol.21, No.2 | 2007 | pp.653-667 | SCI | |
Pseudo-Model Technique of Biological Tissues for the Development of NIR Diffuse Optical Tomography | M.-Chun Pan, W.-H. Huang, Y.-L. Shih and M.-Cheng Pan | Journal of the Chinese Institute of Engineers, Vol.30, No.2 | 2007 | pp.189-201 | SCI | |
Irregular Bone-Effect Discrimination of Dental Implements with an In-vitro Model by Resonance Frequency Analysis | H.-B. Zhuang, M.-C. Pan and S.-Y. Lee | Journal of Biomechanics, Vol.40, Issue S2 | 2007 | pp.S562 | SCI | |
Drop Simulation/Experimental Verification and Shock Resistance Improvement of TFT-LCD Monitors | M.-Ch. Pan and B.-Ch. Chen | Microelectronics Reliability, Vol.47, Issue 12 | 2007 | pp. 2249-2259 | SCI | |
Further Exploration of Vold-Kalman-Filtering Order Tracking with Shaft-Speed Information - (I) Theoretical Part, Numerical Implementation and Parameter Investigation | M.-Ch. Pan and Y.-F. Lin | Mechanical Systems and Signal Processing, Vol. 20 No. 5 | 2006 | pp.1134-1154 | SSCI | |
Further Exploration of Vold-Kalman-Filtering Order Tracking with Shaft-Speed Information - (II) Engineering Applications | M.-Ch. Pan and Y.-F. Lin | Mechanical Systems and Signal Processing, Vol.20, No.6 | 2006 | pp.1410-1428 | SCI | |
Biomedical Signal Reconstruction using Gabor Spectral tracking Technique | M.-Ch. Pan and Sh.-W. Liao | International Journal of Information Acquisition, Vol.3, No.1 | 2006 | pp.25-31 | SCI | |
Investigation on Improved Gabor Order Tracking Technique and Its Applications | M.-Ch. Pan and Ch.-Ch. Chiu | Journal of Sound and Vibration, No.295 | 2006 | pp.810-826 | SCI | |
Adaptive Focusing Control of DVD Drives in Vehicle Systems | M.-Ch. Pan and W.-T. Wei | Journal of Vibration and Control, Vol.12, No.11 | 2006 | pp. 1239-1250 | SCI | |
Dynamic Interpretation of Transmission Systems Using Advanced Time-Frequency Representation | M.-Ch. Pan and J.-Y. Huang | Journal of the Chinese Institute of Engineers, Vol.27, No.7 | 2004 | pp.1087-1092 | SCI | |
Machine Condition Monitoring Using Signal Classification Techniques | M. Pan, P. Sas and H. Van Brussel | Journal of Vibration and Control, Vol.9, No.10 | 2003 | pp.1103-1120 | SCI | |
Transmission Noise Identification Using Two-Dimensional Dynamic Signal Analysis | M. Pan, J.-X. Chen | Journal of Sound and Vibration, No.262 | 2003 | pp.117-140 | SCI | |
Preliminary Study on Speed Evaluation and Impact Configuration Reconstruction of Vehicles with Man-Machine Interactive Programming | M.-Ch. Pan, Y.-S. Chiang and M.-H. Huang | Forensic Science Journal, Vol.2, No.1 | 2003 | pp.5-16 | SCI | |
Design Modification for Reducing Silent Chain Annoying Noise | M. Pan, and T. Shieh | Transactions of ASME, Journal of Mechanical Design, Vol. 124, No.4 | 2002 | pp.822-827 | SCI | |
CVT Belt Noise of Scooters | M. Pan, W. Lu and T. Shieh | International Journal of Vehicle Design, Vol.30, No.3 | 2002 | pp.238-250 | SCI | |
Integrated Study of Time-Frequency Representations and Their Applications in Source Identification of Mechanical Noise | M.-C. Pan | JSME International Journal - Series C: Mechanical Systems, Machine Elements and Manufacturing, Vol.45, No.3 | 2002 | pp.665-672 | SCI | |
Investigation of Dynamic Characteristics on Two Types of Electrical Scooters | M. Pan, H.-J. Lin | Journal of the Chinese Society of Mechanical Engineers, Vol.23, No.4 | 2002 | pp.367-381 | SCI | |
Intelligent Joint Fault Diagnosis of Industrial Robots | M.-Ch. Pan, H. Van Brussel, and P. Sas | Mechanical Systems and Signal Processing, Vol.12, No.4 | 1998 | pp.571-588 | SCI | |
Fault Diagnosis of Joint Backlash | M.-Ch. Pan, H. Van Brussel, P. Sas and B. Verbeure | Transactions of ASME, Journal of Vibration and Acoustics, Vol.120, No.1 | 1998 | pp.13-24 | SCI | |
Evaluation for Preform Design of Stepped Forging Part by Coupled Thermoviscoplastic Finite Element Analysis and Visioplasticity | Lee, R. S., T.-C Chen and M.-Ch. Pan | Journal of Materials Processing Technology, Vol.57 | 1996 | pp.278-287 | SCI |
技術移轉 Technology transfer
技術名稱 | 授權單位 | 被授權單位 | 合約期間 |
---|---|---|---|
TFT-LCD 掉落/衝擊 模擬及試驗研究 | 中央大學 | 律O科技 | 91.6.1—92.5.31 |
平面顯示器 衝擊/掉落 分析試驗及設變研究 | 中央大學 | 律O科技 | 92.6.1—93.5.31 |
TFT-LCD模組PCB/COG/COF衝擊/掉落分析試驗 | 中央大學 | 律O科技 | 93.11.1—94.10.31 |
渦輪幫浦離線平衡校正技術發展 | 中央大學 | 致O科技 | 95.5.1—96.4.30 |
植牙骨整合檢測裝置 | 中央大學 | 亞O檢測科技(股) | 106.4.1-107.3.31 |
骨整合穩固度評估儀系統開發研究 | 中央大學 | 律O科技 | 111.11.1-112.10.31 |
研究計畫 Research Projects
工作類別 | 姓名 | 計畫名稱 | 執行期限 | 補助單位 | 金額 |
---|---|---|---|---|---|
主持人 | 潘敏俊 | 多波長複頻驅動擴散光學立體造影系統研製與驗證 | 2023/8/1-2024/7/31 | 國科會 | 948000 |
主持人 | 潘敏俊 | 基於深度學習神經網路之乳房組織擴散光造影技術研究 | 112/8/16-113/8/15 | 聯新國際醫院 | 397000 |
主持人 | 潘敏俊 | 車用磁性元件暨關鍵製程監控技術開發計畫 | 2022/9/1-2023/4/30 | 國科會/泉O電子 | 615,000 |
主持人 | 潘敏俊 | 骨整合穩固度評估儀系統開發研究 | 2022/11/1-2023/10/31 | 國科會/律O科技 | 915,000 |
主持人 | 潘敏俊 | 多波長複頻驅動擴散光學立體造影系統研製與驗證 | 2022/8/1-2023/7/31 | 國科會 | 950,000 |
主持人 | 潘敏俊 | 下肢義肢使用者之微型步態姿態分析系統研製暨驗證 | 2020/08/01~2021/10/31 | 科技部 | 934,000 |
主持人 | 潘敏俊 | 混成式擴散光學斷層影像重建技術暨系統化整合研究 | 2020/08/01~2022/07/31 | 科技部 | 2,354,000 |
主持人 | 潘敏俊 | 中風病患下肢運動學與平衡行走和日常生活能力關係研究(I)(II) | 2018-08-01 ~ 2020-07-31 | 科技部 | 1,744,000 |
主持人 | 潘敏俊 | 俯臥式三維光學造影系統暨驗證研究 | 2018-08-01 ~ 2020-07-31 | 科技部 | 2,658,000 |
主持人 | 潘敏俊 | 鋰電池模組故障排除系統暨衰退評估模型建置研究 | 2018-06-01 ~ 2020-05-31 | (科技部)(O普科技) | 2,030,000 / 320,000 |
共同主持人 | (董必正、何正榮、林志光、李朱育、成維華、李安謙、顏炳華、陳怡呈) 潘敏俊 | 智動雷射加工系統暨聯網服務整合計畫 | 2018-12-01 ~ 2019-11-30 | 科技部 | 10,850,000 |
共同主持人 | (江振瑞、董必正、王家慶、陳怡呈、栗永徽) 潘敏俊 | 電子零組件生產之網實融合智慧工廠 | 2016-10-01 ~ 2019-09-30 | 科技部 | 12,095,000 |
主持人 | 潘敏俊 | 螢光擴散光學段層造影系統研製與校正(I)(II)(III) | 2015-08-01 ~ 2018-07-31 | 科技部 | 3,619,000 |
主持人 | 潘敏俊 | 型鋼加工刀具衰退模式建立研究 | 2018-01-01 ~ 2018-06-30 | 高聖精密機電 | 346,000 |
主持人 | 潘敏俊 | 智慧化型鋼加工中心整線建構研發計畫 | 2016-08-01 ~ 2018-01-31 | (科技部中部科學園區)(高聖精密機電) | 1,500,000 |
主持人 | 潘敏俊 | 植牙骨整合穩固度檢測儀開發研究 | 2016-02-01 ~ 2017-01-31 | 科技部南部科學園區 | 1,995,000 |
主持人 | 潘敏俊 | 功能性擴散光學斷層造影系統分析設計製作暨驗證 | 2012-08-01 ~ 2015-07-31 | 國科會 | 4,175,000 |
主持人 | 潘敏俊 | 基於乳房攝影結構影像之擴散光學造影技術研究 | 2012-08-01 ~ 2014-07-31 | 國科會 | 3,035,000 |
主持人 | 潘敏俊 | 牙科植體術後骨缺損評估之新檢測技術發展暨裝置研製 | 2012-04-01 ~ 2012-12-31 | 國泰綜合醫院 | 475,000 |
主持人 | 潘敏俊 | 臨床腫瘤診斷用之擴散光學斷層掃描系統研究發展 | 2009-08-01 ~ 2012-07-31 | 國科會 | 2,241,000 |
主持人 | 潘敏俊 | 中風病患肩肘協調多模態復健系統之研製及復健成效評(總計劃) / 具感知訊號無線回饋及客觀評量分析之復健輔助儀器開發 (子計畫四) | 2011-01-01 ~ 2011-12-31 | 鄒濟勳基金會/榮總台灣聯大 | 814,500 |
主持人 | 潘敏俊 | 雙成像診斷技術發展於乳房腫瘤偵測之應用 | 2011-01-01 ~ 2011-12-31 | 國科會 | 1,720,000 |
主持人 | 潘敏俊 | 牙科植體術後不規則骨缺損檢測技術發展與檢測裝置研製 | 2008-08-01 ~ 2011-07-31 | 國科會 | 2,939,626 |
主持人 | 潘敏俊 | 旋轉機械設備監測技術發展先期研究/轉動設備診斷準確性之驗證研究 | 2008-01-01 ~ 2008-12-31 | 工研院 能環所 | 520,000 |
主持人 | 潘敏俊 | 近紅外光擴散式光學組織斷層掃描技術發展(I)(II)(III) | 2006-01-01 ~ 2008-12-31 | 鄒濟勳基金會/榮總台灣聯大 | 1,370,000 |
主持人 | 潘敏俊 | 彩色濾光片新製程與設備之研發-子計畫二:超音波聚焦噴墨系統設計開發 | 2007-08-01 ~ 2008-07-31 | 國科會 | 890,000 |
主持人 | 潘敏俊 | 光碟製程設備智慧型診斷與維修保養系統之發展-(子計畫二)設備關鍵組件遠端智能性故障診斷系統發展 | 2004-08-01 ~ 2007-07-31 | 國科會 | 2,893,000 |
主持人 | 潘敏俊 | 次世代TFT-LCD光阻塗佈製程與設備之研發- (子計畫二) 玻璃基板壓電/超音波塗佈子系統設計開發 | 2004-08-01 ~ 2007-07-31 | 國科會 | 3,660,000 |
主持人 | 潘敏俊 | 渦輪幫浦離線平衡校正技術發展 | 2006-05-01 ~ 2007-04-30 | 國科會/致揚科技 | 627,000 |
主持人 | 潘敏俊 | TFT-LCD模組PCB/COG/COF衝擊/掉落分析試驗 | 2004-11-01 ~ 2005-10-31 | 國科會/律頻科技 | 605,200 |
主持人 | 潘敏俊 | 抗背景噪音麥克風技術研究 | 2004-10-01 ~ 2005-03-31 | 因泰國際 | 202,000 |
主持人 | 潘敏俊 | 精密機械失效模式預知診斷技術發展 | 2004-03-01 ~ 2004-12-31 | 精密機械研發中心 | 500,000 |
主持人 | 潘敏俊 | 2DSA共通性研究及後續型態識別技術發展(I)(II) | 2002-08-01 ~ 2004-07-31 | 國科會 | 1,309,200 |
主持人 | 潘敏俊 | 平面顯示器 掉落/衝擊 分析試驗暨設變研究 | 2003-06-01 ~ 2004-05-31 | 國科會/律頻科技 | 631,800 |
主持人 | 潘敏俊 | 傳動噪音量測分析技術建置研究 | 2003-03-01 ~ 2003-08-31 | 桂盟工業 | 248,600 |
主持人 | 潘敏俊 | TFT-LCD 掉落/衝擊 模擬及試驗研究 | 2002-06-01 ~ 2003-05-31 | 國科會/律頻科技 | 407,600 |
主持人 | 潘敏俊 | 非穩態瞬間大功率噪音之主動式消音耳罩研製 | 2002-01-01 ~ 2002-12-31 | 國科會 | 628,000 |
主持人 | 潘敏俊 | 動態信號二維分析整合研究及工程應用(I)(II) | 2000-08-01 ~ 2002-07-31 | 國科會 | 1,063,400 |
主持人 | 潘敏俊 | 空腔模態聲輻射效能探討應用與暫態非穩態複頻空間噪音消除 | 2001-01-01 ~ 2001-12-31 | 國科會 | 609,000 |
主持人 | 潘敏俊 | 火箭發射噪音消除器之研究與設計(I)(II) | 1999-07-01 ~ 2000-12-31 | 國科會 | 878,000 |
主持人 | 潘敏俊 | 信號Time-Frequency Distribution研究及分析 | 1999-09-01 ~ 2000-08-31 | 工研院量測中心 | 487,960 |
主持人 | 潘敏俊 | 適應性階次分析技術之發展及其於多轉軸系統之應用 | 1999-08-01 ~ 2000-07-31 | 國科會 | 277,100 |
榮譽事蹟 Honors and Awards
年度及說明 |
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(113/3)第20屆上銀機械碩士論文獎佳作獎。 |
(112/11) 112年[精密工程專題與論文獎]研究論文獎佳作。 |
(112/10) 2023智慧製造科技論文競賽佳作。 |
指導蔡政良榮獲2022第19屆上銀機械碩士論文獎(工具機)特別獎 |
2022台灣創新技術博覽會發明競賽3項獎牌- (銀牌獎)“光學斷層掃描裝置”、(銅牌獎)“動態平衡校正系統”、(銅牌獎)“電池診斷裝置、方法及其電腦程式產品”。 |
中央大學 95-110學年度研究傑出獎。 |
2021第18屆國家新創獎精進續奬“順應式同步多頻率擴散光學斷層造影系統”。 |
2021未來科技獎入圍展示技術2項- “骨整合暨結構檢測儀”、“順應式同步多頻率擴散光學斷層造影系統”。 |
2020台灣創新技術博覽會發明競賽- (金牌獎)“檢測裝置”、(銅牌獎)“光學斷層造影系統及造影方法”。 |
2019國家新創精進獎 "俯臥式擴散光學斷層影像系統及技術" (2019/12) |
2019漢民科技論文獎 大專專題競賽銅獎 "單慣性感測器之步行軌跡追蹤與運動距離估測技術" (楊博淋/劉文浩) (2019/11) |
Keynote Speaker to International Conference on Recent Advances in Science and Engineering for Industrial Technology, Balikpapan, Indonesia (2019/9/11-9/12); Guest Lecture to the Department of Electrical Engineering, Kalimantan Institute of Technology, Indonesia (2019/9/13)。 |
Keynote Address to National Conference on Advancements in Simulation and Experimental Techniques in Mechanical Engineering, Chandigarh, India (2019/8/30-8/31)。 |
中央大學100, 102-105, 107年度績優專利獎。 |
2018國立中央大學績優研發團隊(2018/12)。 |
2018台灣創新技術博覽會發明競賽-- 金牌獎“植體骨整合檢測裝置”、金牌獎“用於輔助X光乳房攝影之雙向光學掃描裝置”、銀牌獎“運動軌跡重建系統及運動軌跡重建方法” (2018/09)。 |
指導楊培弘同學榮獲科技部106年度大專生研究創作獎"電磁式激振暨響應量測系統特性確認研究" (2018/7)。 |
2017第六屆程泰集團精密工具機與智慧化技術專題實作獎第三名 “電子零件生產設備之虛實量測技術發展” (獎金10萬元) |
2017第三屆旭泰科技論文獎佳作 “Hand-Held Device for Assessing Dental Implant Osseointegration Stability through Vibro-Acoustic Technique” (獎金1萬元) |
2017全國大專院校智動化設備創作獎 第三名 "臨床非接觸式植牙穩固度檢測儀"(獎金8萬元)、佳作 "俯臥式乳房光學斷層掃描造影設備"(獎金5萬元)。 |
2016全國大專院校產學創新實作競賽 資訊與電子組第三名 "非接觸式雙電感植牙穩固度檢測裝置"、機械及自動化組傑出獎 ""Vibro-acoustic detection technique for measuring implant stability". |
2016台北國際發明暨技術交易展-- 發明競賽 金牌獎 “用於光學斷層掃描造影系統之環形掃描裝置”;發明競賽 金牌獎 “骨缺損檢測系統、裝置及方法” (2016/09)。 |
2015生物醫學工程科技研討會學生壁報發表競賽優等獎(“電感與霍爾感測器之牙科植體之骨整合檢測裝置”)。 |
2015生醫機電與臨床創意設計、製作競賽 優等獎 “植牙骨整合穩固度檢測器”。 |
2013 Fulbright學術基金會訪問學者獎助。 |
2013 Excellent Paper, Journal of Medical and Biological Engineering, “Noncontact Vibro-acoustic Detection Technique for Dental Osseointegration”. |
2013生物醫學工程科技研討會學生口頭論文競賽優等(‘中風後復健之無線慣性量測系統開發及其於復健成效量化評估法開發之應用’)。 |
2012台北國際發明暨技術交易展-- 發明競賽 銀牌獎‘旋轉機械階次追蹤技術’ (‘ORDER TRACKING TECHNOLOGY FOR ROTARY MACHINERY’) (2012/09)。 |
指導研究生吳柏勳陳建智莊瀚伯參加2011生物醫學工程科技研討會學生口頭論文競賽特優(‘植牙術後骨缺損評估’, 2011/08)。 |
2010台北國際發明暨技術交易展-- 發明競賽 金牌獎‘牙科植體不規則骨缺損檢測裝置及其方法’;發明競賽 銀牌獎 ‘高效率超音波噴墨頭及其製造方法’ (2010/09)。 |
第七屆國家新創獎“結合X光乳房攝影之擴散光學擺_層影像技術” (‘Diffuse Optical Tomographic Imaging Incorporated with X-ray Mammography’) (2010/05)。 |
第五屆(2009)榮總台灣聯合大學合作研究計畫優良論文第二名。 |
International Conference of Automation 2009, Mechatronics Best Paper Award (2009/6/28)。 |
96學年度中央大學研究優良教師。 |
2007/06 榮總台聯大計畫成果發表第3名。 |
95-98 國科會自動化學門小型產學計畫複審委員。 |
94, 95年度國科會專題研究計畫領有第二級研究主持費(20,000元月)。 |
91學年度中央大學服務優良教師。 |
89年度國科會甲種研究獎。 |
精密機械研發社群創意提案推薦獲獎(2004/12)。潘敏俊、簡雲南 ‘以壓電超音波驅動噴墨方法塗佈TFT-LCD彩色濾光片’。 |
National Instrument 2002台灣區第一屆虛擬儀控應用徵文比賽佳作(篇名:‘動態訊號二維分析研究實現及於機械系統運轉特性探討’)。 |
專利 Patents
類別 | 專利申請案件名稱 | 國別 | 發明人 | 專利號碼/證書號/權利期間 | 專利簡介 |
---|---|---|---|---|---|
發明專利 | Detecting Device | 美國 | Min-Chun Pan, Wei-Hao Lee, Po-Chin Chang, Tsung-Hsuan Su | US 11,313,989 (2022/4/26- 2040/7/28) | |
發明專利 | 動態平衡校正系統 | 中華民國 | 潘敏俊、高亦德、郭奕志、吳育仁 | I797811 (2023/4/1-2041/11/3) | 一種動態平衡校正系統,包括動力源裝置、轉軸、負載、平衡校正模組及監測控制模組,而平衡校正模組包括轉盤、多個磁性配重件及多個電磁鐵。動力源裝置連接轉軸並帶動轉軸以軸向旋轉,進而帶動連接至轉軸的負載旋轉。 |
發明專利 | 電池診斷裝置、方法及其電腦程式產品 | 中華民國 | 潘敏俊、蔡咏昇、蘇宗玄 | I749835 (2021/12/11- 2040/10/28) | 一種電池診斷裝置、方法及其電腦程式產品。該電池診斷裝置儲存一故障分析樹、一電池模組的複數個保護參數及該電池模組的複數個內部參數。該電池診斷裝置根據該等保護參數的至少其中之一決定該電池模組的一保護狀態及一故障類型。該電池診斷裝置根據該保護狀態及該故障類型查詢該故障分析樹以得到至少一候選故障原因。該電池診斷裝置判斷該等內部參數的一子集符合該至少一候選故障原因其中之一所對應的一判斷規則,藉此確認該至少一候選故障原因其中之一為該電池模組的一初步故障原因。 |
發明專利 | 檢測裝置 | 中華民國 | 潘敏俊、李偉豪、張博欽、蘇宗玄 | I729594 (2021/6/1- 2039/11/26) | 一種檢測裝置包含固定元件、檢測元件及終端。固定元件配置以固定於待測物並產生第一磁場。檢測元件包含驅動模組及參考模組。驅動模組配置以產生第二磁場,並配置以根據第一磁場和第二磁場所產生之感應電動勢產生感測訊號。參考模組與驅動模組相隔一段距離而位於第二磁場外並配置以產生參考訊號。終端配置以根據感測訊號及參考訊號產生檢測資訊。 |
發明專利 | Optical Tomography Imaging System and Imaging Method for Generating a Reconstructed Image according to Plural Disassemble Sine Waves | 美國 | Min-Chun Pan, Ya-Fen Hsu, Yan-Yang Hsu | US11,307,088 / 2022/4/19-2040/12/28 | |
發明專利 | 光學斷層造影系統及造影方法 | 中華民國 | 潘敏俊、許雅芬、許彥揚 | I754858 (2022/2/11-2039/11/20) | 光學斷層造影系統包含訊號產生器、至少一光發射器、至少一光接收器、訊號處理器及影像處理器。訊號產生器配置以產生周期訊號及參考訊號。光發射器配置以受週期訊號驅動而產生光訊號通過待測物。光接收器配置以接收通過待測物之光訊號並轉換為電訊號。訊號處理器配置以根據電訊號與參考訊號產生比對訊號。影像處理器配置以由比對訊號分出複數個弦波拆解訊號,並配置以根據弦波拆解訊號產生重建影像。 |
發明專利 | 光學斷層掃描裝置 | 中華民國 | 潘敏俊、許雅芬、劉沛霆 | I718746 (2021/2/11- 2039/11/3) | 一種光學斷層掃描裝置包含承載座、至少一滑軌、至少一滑動組件以及至少一光通道。承載座具有穿孔。滑軌設置於承載座上,並朝向穿孔延伸。滑動組件包含滑塊、導桿以及彈性件。滑塊可滑動地銜接滑軌,並具有第一止擋部。導桿可移動地銜接滑塊,並具有第二止擋部。彈性件配置以受第一止擋部與第二止擋部施力而變形。光通道耦接於導桿。 |
發明專利 | Inspection Apparatus for Osseointegration of Implants | 美國 | Min-Chun Pan, Chin-Sung Chen, Shiou-Bair Lin, Shih-Yao Wang, Jhao-Ming Yu | US 10,390,919 B2 (2019/8/27- 2037/3/8) | |
發明專利 | 植體骨整合檢測裝置 | 中華民國 | 潘敏俊、陳錦松、林修白、王詩堯、游釗銘 | I617292 (2018/3/11- 2036/9/1) | |
發明專利 | Annular Scanning Device for Optical Tomography Scanning and Imaging System | 美國 | Min-Chun Pan, Jhao-Ming Yu, Liang-Yu Chen, Min-Cheng Pan, Ya-Fen Hsu | US 10,042,160 B2 (2018/8/7- 2035/5/17) | |
發明專利 | 用於光學斷層掃描造影系統之環形掃描裝置 | 中華民國 | 潘敏俊、游釗銘、陳亮瑜、潘敏政、許雅芬 | I577345 (2017/4/11- 2035/2/8) | |
發明專利 | System and Method for Detecting Bone Defects | 美國 | Min-Chun Pan, Tai-Shin Chia, Chin-Sung Chen, Shyh-Yuan Lee | US 9,788,749 (2014/3/7- 2034/3/7) | |
發明專利 | 骨缺損檢測系統、裝置及方法 | 中華民國 | 潘敏俊、謝大誠、陳錦松、李士元 | I546060 (2016/08/21-2033/12/01) | |
發明專利 | 運動軌跡重建系統及運動軌跡重建方法 | 中華民國 | 潘敏俊、楊其泰、吳炤民 | I459247 (2014/11/01-2032/11/13) | |
發明專利 | System and Method for Detecting Irregular Bone Defects During Dental Implant Osseointegration Process | 美國 | Min-Chun Pan, Jian-Zhi Chen | US 8,974,389 (2012/1/19 – 2032/1/18) | |
發明專利 | 牙科植體骨整合期之骨缺損檢測系統及其控制方法 | 中華民國 | 潘敏俊、陳建智 | I449518 (2014/08/21-2031/11/14) | |
發明專利 | 骨缺損檢測系統 | 中華民國 | 潘敏俊、莊瀚伯、李肇平 | I424834 (2011/09/22-2031/09/21) | |
發明專利 | IMAGE RECONSTRUCTION METHOD | 美國 | Min-Chun PAN, Hung-Chih Chiang, Liang-Yu Chen, Min-Cheng PAN | US8,712,136B2 (2012/02/16-2032/05/10) | |
發明專利 | 影像重建方法 | 中華民國 | 潘敏俊、江鴻志、陳亮瑜、潘敏政 | I433051 (2011/10/06-2032/10/05) | |
發明專利 | Bidirectional Optical Scanner Assisting In Mammography | 美國 | Min-Chun PAN, Hung-Chih Chiang, Chun-Yu Chen, Liang-Yu Chen, Ching-Tang Wu, Min-Cheng PAN | US8,378,302B2 (2011/02/25-2031/04/29) | |
發明專利 | 用於輔助X光乳房攝影之雙向光學掃描裝置 | 中華民國 | 潘敏俊、游釗銘、江鴻志、潘敏政、陳俊宇、陳亮瑜 | I461179 (2014/11/21– 2034/11/20) | |
發明專利 | Scanning device of multi-point simultaneous acquisition through diffuse optical tomography | 美國 | Min-Chun PAN, Chien-Hung CHEN, Min-Cheng PAN | US7,804,070B1 (2008/3/14– 2028/3/13) | |
發明專利 | 多點同步量測之擴散光學斷層影像掃描裝置 | 中華民國 | 潘敏俊、陳建宏、潘敏政 | I34003 (2011/4/11–2027/11/7) | |
發明專利 | Method of Examining Irregular Defects of Dental Implant | 美國 | Min-Chun PAN, Han-Bo ZHUANG and Shyh-Yuan LEE | US Patent Pending, SN: US 11/808782. | |
發明專利 | 牙科植體不規則骨缺損檢測裝置及其方法 | 中華明國 | 潘敏俊、莊瀚伯、李士元 | I365736 (2012/6/11–2027/12/5) | |
發明專利 | Apparatus and Method of Irregular Bone Defect Detection of Dental Implant | 美國 | Min-Chun PAN, Han-Bo ZHUANG and Shyh-Yuan LEE | US8,167,614B2 (2011/3/15– 2031/3/14) | |
發明專利 | 多點同步量測之擴散光學斷層影像掃描系統 | 中華明國 | 潘敏俊、陳建宏、潘敏政 | I340031 (2011/4/11–2027/11/7) | |
發明專利 | Scanning device of multi-point simultaneous acquisition through diffuse optical tomography | 美國 | Min-Chun PAN, Chien-Hung CHEN, Min-Cheng PAN | US7,804,070B1 (2008/3/14– 2028/3/13) | |
發明專利 | Adaptive Real-Time Vold- Kalman Filtering Order Tracking (VKF_OT) Technique | 美國 | Min-Chun Pan, Cheng-Xue Wu, Cian-De Ye | US7,991,590 B2 (2011/8/2– 2028/1/3) |
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