A software engineer with 3+ years of experience in software integration on Android platform. Currently dedicated in improving and maintaining fingerprint software development kit (SDK) for well incorporation in Android phones and tablets.
Taipei City, Taiwan
[email protected]
Staff Software Engineer
Oct 2022 - Now
Software Engineer
May 2019 - Oct 2022
Master’s degree・Medical Informatics
2015 - 2018
Thesis: Automatic Pulse Wave Velocity Measurement Using Phase Contrast MRI
Phase contrast MRI (PC-MRI) has been widely applied to pulse wave velocity (PWV) measurement to detect the arterial stiffness. However, in order to observe PWV propagation, manual ROI selection for many regions of vessel, which is time-consuming, is often required for the flow velocity and distance analysis. Our purpose is to develop a tool that can trace vascular paths automatically for the multiple regions selection, based on an image segmentation technique and blood characteristics, and acquire the velocity information from the velocity maps to assess PWV.
Bachelor's degree ・Computer Science
2011 - 2015
Graduation Project: Dynamic Image Data Compression Using Discrete Wavelet Transform and Principal Component Analysis
To develop an application of data compression on dynamic images with the use of Discrete Wavelet Transform and Principal Component Analysis.
A software engineer with 3+ years of experience in software integration on Android platform. Currently dedicated in improving and maintaining fingerprint software development kit (SDK) for well incorporation in Android phones and tablets.
Taipei City, Taiwan
[email protected]
Staff Software Engineer
Oct 2022 - Now
Software Engineer
May 2019 - Oct 2022
Master’s degree・Medical Informatics
2015 - 2018
Thesis: Automatic Pulse Wave Velocity Measurement Using Phase Contrast MRI
Phase contrast MRI (PC-MRI) has been widely applied to pulse wave velocity (PWV) measurement to detect the arterial stiffness. However, in order to observe PWV propagation, manual ROI selection for many regions of vessel, which is time-consuming, is often required for the flow velocity and distance analysis. Our purpose is to develop a tool that can trace vascular paths automatically for the multiple regions selection, based on an image segmentation technique and blood characteristics, and acquire the velocity information from the velocity maps to assess PWV.
Bachelor's degree ・Computer Science
2011 - 2015
Graduation Project: Dynamic Image Data Compression Using Discrete Wavelet Transform and Principal Component Analysis
To develop an application of data compression on dynamic images with the use of Discrete Wavelet Transform and Principal Component Analysis.