Projects
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Results 1-74 of 74 (Search time: 0.001 seconds).

Start DateTitleP-InvestigatorFunding Organization/經費來源
2019頭前溪流域洪水機率預報與洪災管理之研究-子計畫:人工智慧颱風定量降雨預報應用於洪水機率預報(I)GWO-FONG LINMinistry of Science and Technology
2019重現跨日關係和日夜循環的空間–時間降尺度方法於氣候變遷衝擊之研究(2/3)GWO-FONG LINMinistry of Science and Technology
2019農業水資源智慧調配及水稻節水與灌溉管理技術研究與推廣GWO-FONG LINCouncil of Agriculture, Executive Yuan
2018重現跨日關係和日夜循環的空間–時間降尺度方法於氣候變遷衝擊之研究GWO-FONG LINMinistry of Science and Technology
2018農業水資源智慧調配及水稻節水與灌溉管理技術研究與推廣GWO-FONG LINCouncil of Agriculture, Executive Yuan
2017聯合機率分析方法在流域洪災管理之研發與應用-子計畫:聯合機率分析方法應用於流域洪災致災因子之研究GWO-FONG LINMinistry of Science and Technology
2017水稻節水技術應用推廣及農業水資源管理之研究GWO-FONG LINCouncil of Agriculture, Executive Yuan
2016聯合機率分析方法在流域洪災管理之研發與應用-子計畫:聯合機率分析方法應用於流域洪災致災因子之研究GWO-FONG LINMinistry of Science and Technology
2016枯旱情境下農業用水管理調節機制GWO-FONG LINCouncil of Agriculture, Executive Yuan
2015聯合機率分析方法在流域洪災管理之研發與應用-子計畫:聯合機率分析方法應用於流域洪災致災因子之研究(I)GWO-FONG LINMinistry of Science and Technology
2015104年度「因應糧食安全之農業水資源經營策略-氣候變遷對台灣地區降雨之衝擊評估」GWO-FONG LINCouncil of Agriculture, Executive Yuan
2014都會區防洪減災策略之研究-子計畫:都市化影響下降雨及逕流特性分析與模擬技術發展之研究(III)GWO-FONG LINMinistry of Science and Technology
2014因應糧食安全之農業水資源經營策略-氣候變遷下高屏溪流域水源風險評估GWO-FONG LINCouncil of Agriculture, Executive Yuan
2013都會區防洪減災策略之研究-子計畫:都市化影響下降雨及逕流特性分析與模擬技術發展之研究(II)GWO-FONG LINMinistry of Science and Technology
2013因應糧食安全之農業水資源經營策略-氣候變遷下高屏溪流域水源風險評估GWO-FONG LINCouncil of Agriculture, Executive Yuan
2013石門水庫放淤對下游河道變遷影響分析委託專業服務GWO-FONG LINNorthern Region Water Resources Office, WRA
2012以新型人工智慧技術建立具整合颱風資訊能力之雨量預報模式GWO-FONG LINMinistry of Science and Technology
2012都會區防洪減災策略之研究-子計畫:都市化影響下降雨及逕流特性分析與模擬技術發展之研究(I)GWO-FONG LINMinistry of Science and Technology
2012農業水資源經營技術之研究-台灣南部地區臭氧於氣候變遷下之變化潛勢GWO-FONG LINCouncil of Agriculture, Executive Yuan
2011以新型人工智慧技術建立具整合颱風資訊能力之雨量預報模式GWO-FONG LINMinistry of Science and Technology
2011氣候變異與都市化對台中盆地洪災之影響研究-子計畫:氣候變異與都市化對流域地表水文之影響研究(II)GWO-FONG LINMinistry of Science and Technology
2011100年度「農業水資源經營技術之研究」計畫-子計畫:氣候變遷下台灣北部地區臭氧之變化潛勢GWO-FONG LINCouncil of Agriculture, Executive Yuan
2011全國海岸海岸溢淹潛勢圖資製作之研究(1/2)GWO-FONG LINWater Resources Agency, MOEA
2011氣候變遷水文環境風險評估研究(2/2)GWO-FONG LINWater Resources Agency, MOEA
2010氣候變異與都市化對台中盆地洪災之影響研究-子計畫:氣候變異與都市化對流域地表水文之影響研究(I)GWO-FONG LINMinistry of Science and Technology
2010以新型人工智慧技術建立具整合颱風資訊能力之雨量預報模式GWO-FONG LINMinistry of Science and Technology
201099年度「農業水資源經營技術之研究」氣候變遷下台灣北部地區臭氧之變化潛勢GWO-FONG LINCouncil of Agriculture, Executive Yuan
2009具物理基礎之類神經網路和輸入項判定於水文系統之研究GWO-FONG LINMinistry of Science and Technology
2009具物理基礎之類神經網路和輸入項判定於水文系統之研究GWO-FONG LINMinistry of Education
2009學習向量量化方法於推估未設站地點設計降雨之研究GWO-FONG LINMinistry of Science and Technology
2009農業水資源經營技術之研究-整合颱風因子與水文因子於流量預報模式之研究GWO-FONG LINCouncil of Agriculture, Executive Yuan
2009淡水河流域及台北市、台北縣、桃園縣與基隆市淹水潛勢圖更新計畫GWO-FONG LINWater Resources Agency, MOEA
2008濁水溪流域及彰化縣與雲林縣淹水潛勢圖更新計畫GWO-FONG LINWater Resources Agency, MOEA
2008具物理基礎之類神經網路和輸入項判定於水文系統之研究GWO-FONG LINMinistry of Science and Technology
2008具物理基礎之類神經網路和輸入項判定於水文系統之研究(2/3)(國科會)GWO-FONG LINMinistry of Education
2008非線性計算單元串聯模式之具再用性軟體元件開發GWO-FONG LINMinistry of Science and Technology
2008農業水資源經營技術之研究-整合颱風因子與水文因子於流量預報模式之研究GWO-FONG LINCouncil of Agriculture, Executive Yuan
2007具物理基礎之類神經網路和輸入項判定於水文系統之研究GWO-FONG LINMinistry of Science and Technology
2007具物理基礎之類神經網路和輸入項判定於水文系統之研究(1/3)GWO-FONG LINMinistry of Education
2007農業水資源經營技術之研究-整合颱風因子與水文因子流量預報模式之研究GWO-FONG LINCouncil of Agriculture, Executive Yuan
2007小流域河川洪水預報之研究(2/2)GWO-FONG LINWater Resources Agency, MOEA
2007輻狀基底函數網路於水文系統之研究GWO-FONG LINMinistry of Education
2006水文過程模擬資訊系統之開發GWO-FONG LINMinistry of Science and Technology
2006輻狀基底函數網路於水文系統之研究(3/3)GWO-FONG LINMinistry of Science and Technology
2006小流域河川洪水預報之研究(1/2)GWO-FONG LINWater Resources Agency, MOEA
2006農業水資源經營技術之研究-應用類神經網路於颱風降雨預測之研究GWO-FONG LINCouncil of Agriculture, Executive Yuan
2006農業水資源經營技術之研究-田間地下水補注量對防止沿海地區鹽化問題之研究GWO-FONG LINCouncil of Agriculture, Executive Yuan
2005輻狀基底函數網路於水文系統之研究(2/3)GWO-FONG LINMinistry of Science and Technology
2005加強農業水利科技研究發展-細部計畫3:田間地下水補注量對防止沿海地區鹽化問題之研究(3/4)GWO-FONG LINCouncil of Agriculture, Executive Yuan
2005加強農業水利科技研究發展-細部計畫2:應用類神經網路於颱風降雨預測之研究(2/3)GWO-FONG LINCouncil of Agriculture, Executive Yuan
2004水庫供水機能檢討評估與改善對策─以石門水庫為例-水文不確定性影響水庫供水風險之評估GWO-FONG LINMinistry of Science and Technology
2004輻狀基底函數網路於水文系統之研究(1/3)GWO-FONG LINMinistry of Science and Technology
2004放射性廢料處置場含水層地下水水流與核種遷移模式模擬成果之模式誤差評量GWO-FONG LINMinistry of Science and Technology
2004加強農業水利科技研究發展計畫-細部計畫4:應用類神經網路於颱風降雨預測之研究(1/3)GWO-FONG LINCouncil of Agriculture, Executive Yuan
2004加強農業水利科技研究發展計畫-細部計畫3:田間地下水補注量對防止沿海地區鹽化問題之研究(2/4)GWO-FONG LINCouncil of Agriculture, Executive Yuan
2003自組織映射圖網路於水文屬性均一區劃分之研究:以設計雨型為例GWO-FONG LINMinistry of Science and Technology
2003防洪水利設施受損淹水數值模式之研發及應用-總計畫暨子計畫:都市雨水下水道系統受損淹水數值模式之研發(2/2)GWO-FONG LINMinistry of Science and Technology
2003台灣東部地區降雨深度-面積-延時曲線之建立GWO-FONG LINWater Resources Agency, MOEA
2003加強農業水利科技研究發展GWO-FONG LINCouncil of Agriculture, Executive Yuan
2003田間地下水補注量對防止沿海地區鹽化問題之研究(1/2)GWO-FONG LINCouncil of Agriculture, Executive Yuan
2003放射性廢料處置場含水層地下水水流與核種遷移模式模擬之不確定性分析GWO-FONG LINInstitute of Nuclear Energy Research, AEC
2002集集地震對水文現象影響之研究(III)-子計畫七:集集地震對烏溪流域降雨GWO-FONG LINMinistry of Science and Technology
2002防洪水利設施受損淹水數直模式之研發及應用-總計劃暨子計劃:都市雨水下水道系統受損淹水數值模式之研發(1/2)GWO-FONG LINMinistry of Science and Technology
2002水資源科技模式庫建置(2/2)GWO-FONG LINWater Resources Agency, MOEA
2002優選法及回饋演算於降雨---逕流預報模式之研究(一)GWO-FONG LINCouncil of Agriculture, Executive Yuan
2002滯洪池水文設計之研究(一)GWO-FONG LINCouncil of Agriculture, Executive Yuan
2002放射性廢料處置場含水層地下水水流與核種遷移模式隻模擬之不確定性分析GWO-FONG LINInstitute of Nuclear Energy Research, AEC
2002台灣地區降雨深度--面積--延時曲線之建立GWO-FONG LINWater Resources Agency, MOEA
2001水資源科技模式庫建置1/2GWO-FONG LINWater Resources Agency, MOEA
2001防洪水利設施受淹水數值模式之研發及應用(一)-總計畫暨子計畫:都市雨水下水道系統GWO-FONG LINMinistry of Science and Technology
2001集集地震對水文現象影響之研究(II)-子計畫七:集集地震對烏溪流域降雨-逕流過程影響之GWO-FONG LINMinistry of Science and Technology
2001台灣沿海地區海水入侵之調查評估與防治對策研擬GWO-FONG LINWater Resources Agency, MOEA
2001台灣地區降雨深度--面積--延時曲線之建立2/4GWO-FONG LINWater Resources Agency, MOEA
2001降雨---逕流模式參數之最佳檢定GWO-FONG LINCouncil of Agriculture, Executive Yuan