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先進實驗技術 Advanced Experimental Technology
以主動質量阻尼器實現主動控制
Active control with active mass damper
長週期地震加速度歷時重現方法與其實驗技術開發之研究
Development of Advanced Experimental Technology on Reproducing Long-period Earthquake Acceleration Time Histories
Illustration of a shake table with a transfer system
Block diagram of the application of a shake table with a transfer system
機器學習於結構主動控制之研究
Machine-Learning Based Active Control Strategy for Building Structures
Design and training procedure for the experimental validation
Schematics of a building structure with an active mass damper (AMD)
Time histories of the structural responses in the experimental validation
以控制理論提升單自由度地震模擬振動台之加速度性能
Modern Control Theory Application to Improve Tracking Performance of Uni-axial shake Tables
The proposed control framework for uni-axial shake tables
Experimental setup for control performance validation
Interview of a Taiwanese TV News - Reactivation of the Shake Table in The Structural Laboratory of NTUST
新型結構控制元件之研發與驗證
Development and Verification of Novel Structural Control Devices
Active Inerter Damper (AID)
Experimental setup
Control performance of the experimental verification
應用影像量測技術於致動器位移回饋控制之研究
Image-Based Real-Time Displacement Feedback Control of Servo-Hydraulic Actuator
Experimental setup
Block diagram of the proposed image-based displacement control of actuator
Block diagram of the proposed image-based displacement control of actuator
即時複合實驗技術 Real-time Hybrid Simulation
地震工程即時複合試驗技術之研究
Real-time Hybrid Simulation for Earthquake Engineering
Real-time hybrid simulation of a smart base isolation system
Validation of dual compensation method for real-time hybrid simulation
Adaptive model-based feedforward and feedback control
即時複合實驗應用於高架地板智慧型隔震系統之驗證
Real-time Hybrid Simulation of Smart Base-isolated Raised Floor Systems
Block diagram of the real-time hybrid simulation
Schematic setup of the real-time hybrid simulation
Responses of the smart base-isolated raised floor system subjected to one of the AC156 compatible spectrum artificial ground motions
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