Data-AI-Resilience LabNational Central UniversityGoogle Scholar ↗FUNDED RESEARCH
Projects & grants
Competitive research programs supported by Taiwan’s National Science and Technology Council (NSTC), with roles clearly identified as Principal Investigator or Co-Principal Investigator.
ACTIVE PORTFOLIO
Ongoing projects
NSTC 115-2628-E-008-004-主持人 / PI
結合新世代物理導引人工智慧模型與遷移學習解決城市尺度鋼筋混凝土建築非線性動力分析挑戰（1/3）
Integrating Next-Generation Physics-Guided AI Models and Transfer Learning to Address Nonlinear Dynamic Analysis Challenges for Urban-Scale Reinforced Concrete Buildings (1/3)
NSTC 115-2625-M-492-006-共同主持人 / Co-PI
建築結構之先進動力分析與評估技術研發－建築結構數值模擬技術的開發與應用（總計畫及子計畫一）（III）
R&D of Advanced Dynamic Analysis and Evaluation Technologies for Building Structures—Development and Application of Numerical Simulation Technologies (Main Project and Subproject 1) (III)
NSTC 115-2119-M-008-009-共同主持人 / Co-PI
提升臺灣城鄉面對氣候變遷下之災害韌性115年度－桃園市
Enhancing Disaster Resilience of Taiwan’s Urban and Rural Areas under Climate Change, FY 2026—Taoyuan City
NSTC 115-2119-M-008-010-共同主持人 / Co-PI
提升臺灣城鄉面對氣候變遷下之災害韌性115年度－新竹縣
Enhancing Disaster Resilience of Taiwan’s Urban and Rural Areas under Climate Change, FY 2026—Hsinchu County
NSTC 114-2221-E-008-003-MY2主持人 / PI
結合物理法則與人工智慧之跨世代結構物非線性動力歷時分析方法研發與應用
Development and Application of Cross-Generation Structural Nonlinear Time-History Analysis Methods Integrating Physical Laws and Artificial Intelligence
NSTC 114-2621-M-008-009-MY3共同主持人 / Co-PI
利用液滴碰撞動力及人工智慧研究農藥噴灑減量技術
Pesticide-Reduction Technologies Using Droplet Collision Dynamics and Artificial Intelligence
NSTC 114-2625-M-492-010-共同主持人 / Co-PI
建築結構之先進動力分析與評估技術研發－建築結構數值模擬技術的開發與應用（總計畫及子計畫一）（II）
R&D of Advanced Dynamic Analysis and Evaluation Technologies for Building Structures—Development and Application of Numerical Simulation Technologies (Main Project and Subproject 1) (II)
COMPLETED
Completed projects
NSTC 113-2625-M-008-008-主持人 / PI
建築結構之先進動力分析與評估技術發展－結合機器學習之中低層RC建築自動化倒塌風險評估技術的開發與應用（子計畫五）（I）
Advanced Dynamic Analysis and Evaluation of Building Structures—Machine-Learning-Based Automated Collapse Risk Assessment for Low- and Mid-Rise RC Buildings (Subproject 5) (I)
NSTC 111-2222-E-008-001-主持人 / PI
採用數據驅動人工智慧與機率式耐震性能評估法之區域韌性評估架構開發
Development of a Regional Resilience Assessment Framework Using Data-Driven Artificial Intelligence and Probabilistic Seismic Performance Assessment
Funding amounts shown are total approved project budgets.／所列金額為計畫核定總經費。