Project | ||||
Project Title | Postition | Schedult | Funding Agency | Budget |
Development of Cuffless Blood Pressure Measurement and Nutritional
Management System based on Edge Computing and Commercial Weight-Fat Scale NSTC 113-2923-E-324-001-MY3 |
P.I. |
2024.04~2027.03 | NSTC | 1,080,000 |
Using the Commercial Weight-Fat Scale to Measure Blood Pressure and Validate the Accuracy:
Development of Measurement System and Exploration of Blood Pressure Estimation Model MOST 111-2221-E-324-003-MY3 |
P.I. |
2022.08~2025.07 | MOST | 3,066,000 |
Analyzing Signal Quality Index of Light Reflection Rheography Measurement and Clinical Accuracy
with Deep Learning Technique |
P.I. |
2020.08~2022.07 | MOST | 1,951,000 |
Reflective Pulse Oximeter (3) |
P.I. |
2020.02~2020.07 | BioStar CO. LTD | 235,750 |
Reflective Pulse Oximeter (2) |
P.I. |
2019.08~2020.01 | BioStar CO. LTD | 229,600 |
Developing a wireless wearable device for deep veins thrombosis diagnosis with a reflection
photoplethysmography |
P.I. |
2019.08~2020.01 | MOST | 910,000 |
Using Characteristics of Impedance Plethysmogram to Improve Accuracy of Cuffless Blood Pressure
Measurement |
P.I. | 2018.08~2019.07 | MOST | 1,075,000 |
Development of Cardiac Hemodynamic Parameters Monitor with Impedance Cardiography
Technology |
P.I. | 2018.08~2019.07 | MOST | 1,793,000 |
Reflective Pulse Oximeter (1) | P.I. | 2018.08~2019.07 | BioStar CO. LTD | 460,000 |
Continuous Blood Pressure Measurement (2) | P.I. | 2017.02~2018.07 | BioStar CO. LTD | 235,300 |
Development of Cardiac Hemodynamic Parameters Monitor with Impedance Cardiography
Technology |
P.I. | 2017.08~2018.07 | MOST | 1,999,000 |
Continuous Blood Pressure Measurement (1) | P.I. | 2017.02~2018.01 | BioStar CO. LTD | 483,000 |
Development of Cardiac Hemodynamic Parameters Monitor with Impedance Cardiography
Technology |
P.I. | 2016.08~2017.07 | MOST | 2,002,000 |
Wireless Data Acquirement System for KL-710 | P.I. | 2016.05~2017.04 | K & M MFG. CO. LTD | 200,000 |
Development of ECG Holter Algorithm | P.I. | 2016.02~2017.01 | BioStar CO. LTD | 494,500 |
Development of wireless and cuffless blood pressure measurement instrument |
P.I. | 2015.08~ 2017.07 | MOST | 1,534,000 |
Development of wireless wearable physiological measurement system (1/2) |
P.I. | 2015.2~ 2016.1 | MOST & BioStar CO. LTD | 1,909,364 |
The measurement of arterial endothelium flow-mediated vasodilatation based on a cuff model and
blood pressure waveform: accuracy and reproducibility |
P.I. | 2014.08~2015.07 | MOST | 750,000 |
Development of wireless wearable physiological measurement system (1/2) |
P.I. | 2014.02~2015.01 | MOST & BioStar CO. LTD | 1,992,584 |
Portable Artery Measurement System (2) |
P.I. | 2013.11~2014.05 | BioStar CO. LTD | 198,000 |
Develope an assessment of arterial endothelium dysfunction based on a cuff model and blood
pressure wave |
P.I. | 2013.08~2014.07 | MOST | 748,000 |
Portable Artery Measurement System (1) |
P.I. | 2011.11~2013.10 | BioStar CO. LTD | 2,441,356 |
Using a cuff to measure the change of volume and flow of brachial artery |
P.I. | 2011.08~2013.07 | MOST | 1,301,000 |
KL-720 Biomedical Measurement System-Expanding Measurement module |
P.I. | 2010.11~2011.10 | MOST & K & M MFG. CO. LTD | 448,040 |
A simple type for evaluating the cardiovescular function |
P.I. | 2010.08~ 2011.07 | MOST | 552,000 |
A Wireless Homecare System for Elder Motion State with Tri-accelerometers |
P.I. | 2007.08~ 2010.07 | MOST | 1,818,000 |