國立陽明交通大學電機工程學系 趙昌博 教授 新創技術： 創新光學式之可穿戴連續無束帶血壓計▶more 創新非侵入式之血流感測器 ▶more 研究專長： 感測器及演算法

現職

國立陽明交通大學電機工程學系特聘教授

學歷

美國密西根州立大學博士
國立成功大學學士

經歷

• 2020 The Best Paper Award, “Application of Code Division Multiple Access Technology in Readout Circuit and System Design for an Ultra-Thin On-Cell Flexible Capacitive Touch Panel,” The 28th ASME Annual Conference on Information Storage and Processing Systems, University of California, San Diego, CA June 27-28, 2019, USA.
• 2020 The Outstanding Industrial Research Award from Ministry of Science and Technology (MOST), Taiwan Government.
• 2020 The Best Topical Editor Award, IEEE Sensors Journal.
• 2020 The National Innovation Awards of Taiwan Government on the PPG sensor patch.
• 2019 The sole awardee of the Technical Achievement Award, Sensors Council, IEEE in the field of Sensor Systems or Networks - Advanced Career, for outstanding research on automotive ball balancer stabilization and photoplethysmography sensors, USA.
• 2019 The sole awardee of The Distinguished Institutional Award for Outstanding Research and Service, Division of Information Storage and Processing System (ISPS), American Society of Mechanical Engineering (ASME), USA.
• 2019 The MOST Outstanding Researcher Award, Ministry of Science and technology, Taiwan, equivalent to the NSF National Medal of Science in USA; the sole awardee in the area of Automation in the entire nation.
• 2018 The Outstanding Professor of Electrical Engineering in Nation (Taiwan), National Association of Electrical Engineering, Taiwan.
• 2014 University Distinguished Professor, 2013, National Chiao Tung University, Taiwan.
• 2014 Fellow, American Society of Mechanical Engineering (ASME), USA.

重要發明與專利

1. “Adaptive controller used in Photo plethysmography sensing system,” US 20180317854A1, Nov, 2018.
2. “Driving device and driving method,” US 20180181258, June, 2018.
3. “Physiology Signal Sensing Device,” US Patent 20140296734, EP2786702, CN10409522.
4. “System and method for blood pressure measurement, computer program product using the method, and computer-readable recording medium thereof.” US Patent 20170071485.
5. “Touch control apparatus and noise compensating circuit and method thereof,” US 9,830,018, Nov. 2017.
6. “Touch device and sensing compensation method,” US 9,766,749, Sept. 2017.
7. “Biomedical sensor device,” US 8,543,179, 2013/09/24-2032/06/20.
8. “Optical three-dimensional coordinate sensor system and method thereof,” US 8,513,585, 20130820-2031/08/05.
9. “Charge pump device,” US 8,466,737, 2013/06/18-2032/02/10.
10. “Driving circuit for dual organic light emitting diodes, and dual pixel circuit,” US8,994,274, 2015/3/31-2032/01/31.