佑嘉

Name: Tsao, Yu-Chia

Status: ASML

Mail:r95522816@ntu.edu.tw

Research Interests: Vibration Control

Publication:
Journal: The Application of Disturbance Response Decoupling to the Vibration Control of an Electron Beam Lithography System
                                                     Conference: Vibration control of an electron beam projection lithography system                                                                     employing disturbance response decoupling techniques
                                                     Vibration Control of EPL System by Disturbance Response Decoupling


翔安

Name: Chan, Hsiang-An

Status: 兆陽真空動力股份有限公司

Mail:r95522819@ntu.edu.tw

Research Interests: Vibration Control

Publication:
Journal: Vehicle Suspensions with a Mechatronic Network Strut
The Performance Improvements of Train Suspension Systems with Mechanical Networks                                                      Employing Inerters
                                                     Optimization and Synthesis for a Mechatronic Network
                                                     Conference: Network Optimization and Synthesis using a Combined Mechanical and                                                      Electrical System: Application to Vehicle Suspension Control
                                                     Optimization and Synthesis for a Mechatronic Network
                                                     Mechatronic Suspension Design and Its Applications to Vehicle Suspension Control


乃中

Name: Chang, Nai-Chung

Status: 台積電設備工程師

Mail:lkktony@hotmail.com

Research Interests: Biomedical Engineering

Publication:
Journal:
Conference: Design and Control of an Active Gait Trainer
                                                     Laboratory and Field Evaluation for a Portable, Real-Time Ozone Monito


敏凱

Name: Liao, Min-Kai

Status: 廣明光電

Mail:r95522816@ntu.edu.tw

Research Interests: Vibration Control

Publication:
Journal: The Performance Improvements of Train Suspension Systems with Mechanical Networks Employing Inerters
                                                     The Lateral Stability of Train Suspension Systems Employing Inerters
                                                     Conference: