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Start DateTitleP-InvestigatorFunding Organization/經費來源
2013優勢重點領域拔尖計畫-【子計畫1-太陽能、光源、顯示與感測元件】SNOW H. TSENGMinistry of Education
2014優勢重點領域拔尖計畫【子計畫1-光電與感測元件】SNOW H. TSENGMinistry of Education
2015優勢重點領域拔尖計畫【子計畫1-光電與感測元件】SNOW H. TSENGMinistry of Education
2006虛擬生物組織:精確探究巨觀生醫光訊號之微觀起源SNOW H. TSENGMinistry of Science and Technology
2007利用馬克士威方程式的數值解精確分析折射率連續變化隨機介質之光學性質SNOW H. TSENGMinistry of Science and Technology
2008利用馬克士威方程式的數值解精確分析折射率連續變化隨機介質之光學性質SNOW H. TSENGMinistry of Science and Technology
2009利用馬克士威方程式的數值解精確分析折射率連續變化隨機介質之光學性質SNOW H. TSENGMinistry of Science and Technology
2010PSTD虛擬光學:分析「光學相位共軛抵銷光散射」的現象SNOW H. TSENGMinistry of Science and Technology
2011PSTD虛擬光學:分析「光學相位共軛抵銷光散射」的現象SNOW H. TSENGMinistry of Science and Technology
2012PSTD虛擬光學:分析「光學相位共軛抵銷光散射」的現象SNOW H. TSENGMinistry of Science and Technology
2013虛擬光學: 探究以數位光學相位使可見光穿透隨機介質的可行性SNOW H. TSENGMinistry of Science and Technology
2014利用針尖加強拉曼光譜觀察奈米尺度下的表面效應相關之物理性質SNOW H. TSENGMinistry of Science and Technology
2015利用針尖加強拉曼光譜觀察奈米尺度下的表面效應相關之物理性質SNOW H. TSENGMinistry of Science and Technology
2017模擬分析利用相位與強度使得光穿透散射介質的可行性SNOW H. TSENGMinistry of Science and Technology
2018虛擬光學:探究如何以不完全相位強度將光導向穿透混濁介質SNOW H. TSENGMinistry of Science and Technology
2010建立同調拉曼顯微光譜所需之超短脈衝光纖光源CHI-KUANG SUNMinistry of Science and Technology
2010使用兆赫波內視鏡檢測癌症的活體動物實驗CHI-KUANG SUNMinistry of Science and Technology
2010奈米聲學與奈米超音波(1/3)CHI-KUANG SUNMinistry of Science and Technology
2011飛秒光纖CARS顯微光譜生物影像CHI-KUANG SUNMinistry of Science and Technology
2011光纖化兆赫波影像系統CHI-KUANG SUNMinistry of Science and Technology
2011奈米聲學與奈米超音波(2/3)CHI-KUANG SUNMinistry of Science and Technology
2011優勢重點領域拔尖計畫-分子生醫影像研究中心/子計畫一:以光學虛擬切片分子影像從事早期疾病診斷CHI-KUANG SUNMinistry of Education
2012飛秒光纖CARS顯微光譜生物影像CHI-KUANG SUNMinistry of Science and Technology
2012光纖化兆赫波影像系統CHI-KUANG SUNMinistry of Science and Technology
2012優勢重點領域拔尖計畫【子計畫1-以光學虛擬切片分子影像從事早期疾病診斷】CHI-KUANG SUNMinistry of Education
2012奈米聲學與奈米超音波(3/3)CHI-KUANG SUNMinistry of Science and Technology
2013飛秒光纖CARS顯微光譜生物影像CHI-KUANG SUNMinistry of Science and Technology
2013光纖化兆赫波影像系統CHI-KUANG SUNMinistry of Science and Technology
2013以光學虛擬切片分子影像從事早期疾病診斷CHI-KUANG SUN
2014兆赫聲譜學及奈米聲子成像術CHI-KUANG SUNMinistry of Science and Technology
2014頻譜解析三倍頻顯微術CHI-KUANG SUNMinistry of Science and Technology
2015兆赫聲譜學及奈米聲子成像術CHI-KUANG SUNMinistry of Science and Technology
2015頻譜解析三倍頻顯微術CHI-KUANG SUNMinistry of Science and Technology
2016兆赫聲譜學及奈米聲子成像術CHI-KUANG SUNMinistry of Science and Technology
2016頻譜解析三倍頻顯微術CHI-KUANG SUNMinistry of Science and Technology
2016優勢重點領域拔尖計畫【子計畫 1 以光學虛擬切片分子影像從事早期疾病診斷】CHI-KUANG SUNMinistry of Education
2017兆赫聲學:聲子交互作用研究CHI-KUANG SUNMinistry of Science and Technology
2017發展先進倍頻顯微術以用於皮膚色素疾患之治療評估CHI-KUANG SUNMinistry of Science and Technology
2018兆赫聲學:聲子交互作用研究CHI-KUANG SUNMinistry of Science and Technology
2018發展先進倍頻顯微術以用於皮膚色素疾患之治療評估CHI-KUANG SUNMinistry of Science and Technology
2018以飛秒光纖光源建構大腦深層顯微影像平台CHI-KUANG SUNMinistry of Science and Technology
2019兆赫聲學:聲子交互作用研究CHI-KUANG SUNMinistry of Science and Technology
2019發展先進倍頻顯微術以用於皮膚色素疾患之治療評估CHI-KUANG SUNMinistry of Science and Technology
2019以飛秒光纖光源建構大腦深層顯微影像平台CHI-KUANG SUNMinistry of Science and Technology
2020以飛秒光纖光源建構大腦深層顯微影像平台CHI-KUANG SUNMinistry of Science and Technology
2012萌芽個案計畫-倍頻式光學切片術之商轉評估與認證實驗CHI-KUANG SUNMinistry of Science and Technology
2013萌芽個案計畫-倍頻式光學切片術之商轉評估與認證實驗(II)CHI-KUANG SUNMinistry of Science and Technology
2010奈米聲學與奈米超音波(1/3)計畫之前期規劃結餘款再運用CHI-KUANG SUN
2017頻譜解析三倍頻顯微術CHI-KUANG SUN
2011人力結構改善/電資學院/光電所/奈米聲學與奈米超音波CHI-KUANG SUNMinistry of Education
2012人力結構改善/電資學院/光電所/NanoSDIL-研究介面液體剪力特性之奈米聲學CHI-KUANG SUNMinistry of Education
2013人力結構改善/光電所/Nano SDIL-研究介面液體剪力特性之奈米聲學CHI-KUANG SUNMinistry of Education
2014人力結構改善/光電所/光纖化兆赫波影像系統:利用兆赫音波研究介面液態之異常依附及動態行為CHI-KUANG SUNMinistry of Education
2013優勢重點領域拔尖計畫-【子計畫1-太陽能、光源、顯示與感測元件】YIH-PENG CHIOUMinistry of Education
2014優勢重點領域拔尖計畫【子計畫1-光電與感測元件】YIH-PENG CHIOUMinistry of Education
2015優勢重點領域拔尖計畫【子計畫1-光電與感測元件】YIH-PENG CHIOUMinistry of Education
2004光子晶體的光學特性與元件應用YIH-PENG CHIOUMinistry of Science and Technology
2005應用於發光及光電池的色散性及金屬光子晶體的研究YIH-PENG CHIOUMinistry of Science and Technology
2006以硬體實現時域有限差分的光電元件模擬YIH-PENG CHIOUMinistry of Science and Technology
2007顯示器及發光元件的發光萃取效率之提昇研究YIH-PENG CHIOUMinistry of Science and Technology
2009微結構太陽能電池元件的模擬分析之發展與應用YIH-PENG CHIOUMinistry of Science and Technology
2010微結構太陽能電池元件的模擬分析之發展與應用YIH-PENG CHIOUMinistry of Science and Technology
2011微結構太陽能電池元件的模擬分析之發展與應用YIH-PENG CHIOUMinistry of Science and Technology
2012﹝學研計畫﹞以矽晶光電技術製作與開發適用於大型資料中心之超高速、寬頻和低耗能之交換機(1/3)YIH-PENG CHIOUMinistry of Science and Technology
2013光柵反射器之分析與設計YIH-PENG CHIOUMinistry of Science and Technology
2013﹝學研計畫﹞以矽晶光電技術製作與開發適用於大型資料中心之超高速、寬頻和低耗能之交換機(2/3)YIH-PENG CHIOUMinistry of Science and Technology
2015用於第五代行動通訊系統級封裝之下世代電磁相容頻率選擇封裝技術-子計畫二:新式電磁相容超微小元件頻率選擇吸波體之研究與設計YIH-PENG CHIOUMinistry of Science and Technology
2014以矽晶光電技術製作與開發適用於大型資料中心之超高速、寬頻和低耗能之交換機(3/3)YIH-PENG CHIOUMinistry of Science and Technology
2008高電功效率白光有機發光元件之開發JIUN-HAW LEENational Chung-Shan Institute of Science & Technology
2013優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】JIUN-HAW LEEThe Aim For The Top University Project
2014優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】JIUN-HAW LEEThe Aim For The Top University Project
2015優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】JIUN-HAW LEEThe Aim For The Top University Project
2017具量產價值有機藍光主客體材料及元件之開發研究(1/2)JIUN-HAW LEEMinistry of Science and Technology
2009高電功效率白光有機發光元件之開發JIUN-HAW LEENational Chung-Shan Institute of Science & Technology
2006有機發光元件操作壽命之研究JIUN-HAW LEEMinistry of Science and Technology
2007具備雙載子傳輸特性之有機發光材料光電特性探討JIUN-HAW LEEMinistry of Science and Technology
2008具備微米及奈米結構有機發光元件之光電特性研究JIUN-HAW LEEMinistry of Science and Technology
2009可撓式整合型之高對比及低功耗顯示技術JIUN-HAW LEEMinistry of Science and Technology
2010可撓式整合型之高對比及低功耗顯示技術JIUN-HAW LEEMinistry of Science and Technology
2011子計畫五:光電應用之寬能隙半導體及金屬奈米結構JIUN-HAW LEEThe Aim For The Top University Project
2011可撓式整合型之高對比及低功耗顯示技術JIUN-HAW LEEMinistry of Science and Technology
2012有機電激發光二極體暫態特性之研究JIUN-HAW LEEMinistry of Science and Technology
2012優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】JIUN-HAW LEEThe Aim For The Top University Project
2013有機電激發光二極體暫態特性之研究JIUN-HAW LEEMinistry of Science and Technology
2013具備單重態激子分裂之非平面有機及有機-無機混成太陽能電池JIUN-HAW LEEMinistry of Science and Technology
2014有機電激發光二極體暫態特性之研究JIUN-HAW LEEMinistry of Science and Technology
2014具備單重態激子分裂之非平面有機及有機-無機混成太陽能電池JIUN-HAW LEEMinistry of Science and Technology
2015具備單重態激子分裂之非平面有機及有機-無機混成太陽能電池JIUN-HAW LEEMinistry of Science and Technology
2015三重態-三重態消滅上轉換藍光有機發光二極體JIUN-HAW LEEMinistry of Science and Technology
2016三重態-三重態消滅上轉換藍光有機發光二極體JIUN-HAW LEEMinistry of Science and Technology
2016小分子有機薄膜分子堆疊對載子及激子動態之影響JIUN-HAW LEEMinistry of Science and Technology
2017三重態-三重態消滅上轉換藍光有機發光二極體JIUN-HAW LEEMinistry of Science and Technology
2017小分子有機薄膜分子堆疊對載子及激子動態之影響JIUN-HAW LEEMinistry of Science and Technology
2018小分子有機薄膜分子堆疊對載子及激子動態之影響JIUN-HAW LEEMinistry of Science and Technology
2003高效率有機電激發光二極體之研究JIUN-HAW LEEMinistry of Science and Technology
2014高品質白光有機發光二極體之研製JIUN-HAW LEEMinistry of Science and Technology
2013學術研究生涯發展計畫-桂冠型研究計畫【帶電粒子於非晶分子半導體中之傳輸機制】CHIH-I WUMinistry of Education
2013改善前瞻研究領航計畫【前瞻顯示和照明元件】CHIH-I WUMinistry of Education
2013優勢重點領域拔尖計畫【子計畫2-新穎分子/奈米基材於永續能源的開發】CHIH-I WUMinistry of Education
2014學術研究生涯發展計畫-桂冠型研究計畫【帶電粒子於非晶分子半導體中之傳輸機制】CHIH-I WUMinistry of Education
2014子計畫2-新穎分子/奈米基材於永續能源的開發CHIH-I WUMinistry of Education
2014前瞻研究領航計畫【前瞻顯示和照明元件】CHIH-I WUMinistry of Education
2016優勢重點領域拔尖方案-國際合作研究計畫【室溫成長之石墨烯及其應用於光電元件】CHIH-I WUMinistry of Education
2015國際合作研究計畫【室溫成長之石墨烯及其應用於光電元件】CHIH-I WUMinistry of Education
2018前瞻磁性記憶體陣列開發與磁技術分析平台建立-子計畫三:下世代磁性記憶體模型及電路技術(1/2)CHIH-I WUMinistry of Science and Technology
2009塗佈製備照明用可撓式有機發光二極體CHIH-I WUMinistry of Economic Affairs
2010高效能聚合物太陽能電池之開發CHIH-I WUMinistry of Science and Technology
2009新穎有機光電材料之開發CHIH-I WUMinistry of Science and Technology
20152015「台、美、加研究生暑期研習計畫SIT」CHIH-I WUMinistry of Science and Technology
2004光電材料表面/介面電子能階特性之研究(1/2)CHIH-I WUMinistry of Science and Technology
2005光電材料表面/介面電子能階特性之研究(2/2)CHIH-I WUMinistry of Science and Technology
2006有機光電半導體中分子內/間之電子結構和介面載子傳輸特性之研究CHIH-I WUMinistry of Science and Technology
2006有機光電半導體中分子內/間之電子結構和介面載子傳輸特性之研究CHIH-I WUMinistry of Science and Technology
2006有機光電半導電子結構和介面載子傳輸特性之研究(I)CHIH-I WUMinistry of Science and Technology
2007有機光電半導體中分子內/間之電子結構和介面載子傳輸特性之研究CHIH-I WUMinistry of Science and Technology
2008有機光電半導體中分子內/間之電子結構和介面載子傳輸特性之研究CHIH-I WUMinistry of Science and Technology
2008高效能有機發光二極體真空蒸鍍技術開發CHIH-I WUMinistry of Science and Technology
2009強關聯性分子半導體中之電子傳輸和能階結構CHIH-I WUMinistry of Science and Technology
2009促進產學合作先導型研究計畫/電資學院/高效率有機發光二極體製程設備CHIH-I WUMinistry of Education
2010強關聯性分子半導體中之電子傳輸和能階結構CHIH-I WUMinistry of Science and Technology
2011強關聯性分子半導體中之電子傳輸和能階結構CHIH-I WUMinistry of Science and Technology
2011石墨烯之微觀和巨觀電子結構(1/1)CHIH-I WUMinistry of Science and Technology
2011新穎分子/奈米基材於永續能源的開發CHIH-I WUMinistry of Education
2011前瞻研究領航計畫【前瞻顯示和照明元件】CHIH-I WUMinistry of Education
2012以介面工程方法增進有機光電元件之效率CHIH-I WUMinistry of Science and Technology
2012帶電粒子於非晶分子半導體中之傳輸機制CHIH-I WUMinistry of Science and Technology
2012改善前瞻研究領航計畫【前瞻顯示和照明元件】CHIH-I WUMinistry of Education
2012優勢重點領域拔尖計畫【子計畫2-新穎分子/奈米基材於永續能源的開發】CHIH-I WUMinistry of Education
2012學術研究生涯發展計畫-桂冠型研究計畫【帶電粒子於非晶分子半導體中之傳輸機制】CHIH-I WUMinistry of Education
2013以介面工程方法增進有機光電元件之效率CHIH-I WUMinistry of Science and Technology
2013帶電粒子於非晶分子半導體中之傳輸機制CHIH-I WUMinistry of Science and Technology
2014帶電粒子於非晶分子半導體中之傳輸機制CHIH-I WUMinistry of Science and Technology
2014發展一種直接且無聚合物的石墨烯轉印方法來製作光電元件的透明導電薄膜CHIH-I WUMinistry of Science and Technology
2015二維材料介面間之分子及電子交互作用CHIH-I WUMinistry of Science and Technology
2015全溶液製程之透明有機發光二極體CHIH-I WUMinistry of Science and Technology
2016二維材料介面間之分子及電子交互作用CHIH-I WUMinistry of Science and Technology
2017二維材料介面間之分子及電子交互作用CHIH-I WUMinistry of Science and Technology
2012以奈米粒子及介面參雜製作高效能有機太陽能電池CHIH-I WUMinistry of Science and Technology
2013以奈米粒子及介面參雜製作高效能有機太陽能電池CHIH-I WUMinistry of Science and Technology
2013102龍門_室溫化學氣相沉積成長之石墨烯的特性研究及其應用(1/2)CHIH-I WUMinistry of Science and Technology
2013光電學門赴歐洲參訪光電科技發展計畫CHIH-I WUMinistry of Science and Technology
2018整合奈米科技與永續能源: 以奈米碳管、奈米條、石墨烯提升鈣鈦礦太陽能電池之壽命及效能(1/2)CHIH-I WUMinistry of Science and Technology
2011低能隙聚合物於有機太陽能電池之開發CHIH-I WUMinistry of Science and Technology
2014以全溶液製程製備可撓或半透明並可於低照度下工作之高效率光驅動電池(1/5)CHIH-I WUMinistry of Science and Technology
2012人力結構改善/光電所/以阻斷分析研究有機發光二極體元件內金屬擴散之特性CHIH-I WUMinistry of Education
2013人力結構改善/光電所/半固態染料敏化太陽能電池-新型離子液體電解質之研究CHIH-I WUMinistry of Education
2015102龍門_室溫化學氣相沉積成長之石墨烯的特性研究及其應用(2/2)CHIH-I WUMinistry of Science and Technology
2008高效能白光發光二極體研發-子計畫四:高效能白光固態照明元件之封裝設計與製造GUO-DUNG JOHN SUMinistry of Science and Technology
2010產學合作計畫-自由曲面之光學設計在雷射墨線儀之應用計畫結餘款GUO-DUNG JOHN SU
2012高效率之微光學導光管研究GUO-DUNG JOHN SUMinistry of Science and Technology
2013改善前瞻研究領航計畫【前瞻顯示和照明元件】GUO-DUNG JOHN SUMinistry of Education
2013學術研究生涯發展計畫-桂冠型研究計畫【仿生物光學設計應用於成像系統】GUO-DUNG JOHN SUMinistry of Education
2014學術研究生涯發展計畫-桂冠型研究計畫【仿生物光學設計應用於成像系統】GUO-DUNG JOHN SUMinistry of Education
2014前瞻研究領航計畫【前瞻顯示和照明元件】GUO-DUNG JOHN SUMinistry of Education
2014可撓式微透鏡陣列與環狀排列發光二級體來取代螢光燈管GUO-DUNG JOHN SUMinistry of Science and Technology
2015學術研究生涯發展計畫-桂冠型研究計畫【仿生物光學設計應用於成像系統】GUO-DUNG JOHN SUMinistry of Education
2015改善前瞻研究領航計畫【前瞻顯示和照明元件】GUO-DUNG JOHN SUMinistry of Education
2016軌道車輛低耗能車頭燈於進入候車月台時最佳光場研究GUO-DUNG JOHN SUMinistry of Science and Technology
2018學術生涯發展計畫深耕型計畫【仿生物光學設計應用於成像系統】GUO-DUNG JOHN SUHigher Education Sprout Project
2006退火製程對有機薄膜殘餘應力之影響及其光學應用GUO-DUNG JOHN SUMinistry of Science and Technology
2007有機薄膜於光能量衰減之應用研究GUO-DUNG JOHN SUMinistry of Science and Technology
2014多點式LED光源與自由曲面結合之高功率遠距離軌道照明應用GUO-DUNG JOHN SUMinistry of Science and Technology
20173D 虛擬實境之光波導眼鏡研發-3D 虛擬實境之光波導眼鏡研發(1/3)GUO-DUNG JOHN SUMinistry of Science and Technology
2017應用高分子分散液晶在波導型顯示器GUO-DUNG JOHN SUMinistry of Science and Technology
20183D 虛擬實境之光波導眼鏡研發-3D 虛擬實境之光波導眼鏡研發(2/3)GUO-DUNG JOHN SUMinistry of Science and Technology
2009自由曲面之漸進多焦鏡面設計研究GUO-DUNG JOHN SUMinistry of Science and Technology
2005光電材質表面電漿子特性研究及應用GUO-DUNG JOHN SUMinistry of Science and Technology
2006白光照明元件之高散熱效能與高出光率之新型封裝技術研究及製作GUO-DUNG JOHN SUMinistry of Science and Technology
2007可調適光學技術:理論基礎、關鍵元件與材料研究GUO-DUNG JOHN SUMinistry of Science and Technology
2008可調適光學技術:理論基礎、關鍵元件與材料研究GUO-DUNG JOHN SUMinistry of Science and Technology
2008自由曲面之光學設計在雷射墨線儀之應用GUO-DUNG JOHN SUMinistry of Science and Technology
2010適應性光學變焦系統研究: 設計, 元件, 與控制GUO-DUNG JOHN SUMinistry of Science and Technology
2011前瞻研究領航計畫【前瞻顯示和照明元件】GUO-DUNG JOHN SUMinistry of Education
2012仿生物光學設計應用於成像系統GUO-DUNG JOHN SUMinistry of Science and Technology
2012改善前瞻研究領航計畫【前瞻顯示和照明元件】GUO-DUNG JOHN SUMinistry of Education
2012學術研究生涯發展計畫-桂冠型研究計畫【仿生物光學設計應用於成像系統】GUO-DUNG JOHN SUMinistry of Education
2013仿生物光學設計應用於成像系統GUO-DUNG JOHN SUMinistry of Science and Technology
2014仿生物光學設計應用於成像系統GUO-DUNG JOHN SUMinistry of Science and Technology
2015可變焦微透鏡陣列元件: 理論基礎, 光電特性, 與材料研究GUO-DUNG JOHN SUMinistry of Science and Technology
2016建立高品質微透鏡在顯微影像的應用: 寬頻譜從紫外光到紅外線GUO-DUNG JOHN SUMinistry of Science and Technology
2017建立高品質微透鏡在顯微影像的應用: 寬頻譜從紫外光到紅外線GUO-DUNG JOHN SUMinistry of Science and Technology
2018建立高品質微透鏡在顯微影像的應用: 寬頻譜從紫外光到紅外線GUO-DUNG JOHN SUMinistry of Science and Technology
2004可形變高分子薄膜材料之光學特性研究GUO-DUNG JOHN SUMinistry of Science and Technology
2006單一液晶空隙(cell gap)之半穿透半反射型液晶顯示器WING-KIT CHOIMinistry of Science and Technology
2007單一液晶間隙之半穿透半反射型液晶顯示器(II)WING-KIT CHOIMinistry of Science and Technology
2011適應性光學變焦系統研究: 設計, 元件, 與控制WING-KIT CHOIMinistry of Science and Technology
2012適應性光學變焦系統研究: 設計、元件與控制WING-KIT CHOIMinistry of Science and Technology
2015籃相液晶技術WING-KIT CHOIMinistry of Science and Technology
2016籃相液晶技術 (II)WING-KIT CHOIMinistry of Science and Technology
2005與異質場效電晶體開關電路整合之高效能氮化合物發光二極體JIAN-JANG HUANGMinistry of Science and Technology
2008高效能白光發光二極體研發-子計畫二:LED晶片之散熱及平行光場之設計及製作JIAN-JANG HUANGMinistry of Science and Technology
2013桂冠型研究計畫【多波長氧化鋅奈米線及其在癌細胞標靶治療的應用】JIAN-JANG HUANGMinistry of Education
2013優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】JIAN-JANG HUANGMinistry of Education
2014103拋光_擔任國際電子電機學會電子元件會刊編輯及相關學術活動(1/2)JIAN-JANG HUANGMinistry of Science and Technology
2014桂冠型研究計畫【多波長氧化鋅奈米線及其在癌細胞標靶治療的應用】JIAN-JANG HUANGMinistry of Education
2014優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】JIAN-JANG HUANGMinistry of Education
2015優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】JIAN-JANG HUANGMinistry of Education
2015功率元件之矽基板增強型p-GaN/AlGaN/GaN高電子遷移電晶體之電流崩潰改進研究JIAN-JANG HUANGMinistry of Science and Technology
2017「台大核心研究群」計畫【可攜式微小型二維光子晶體生醫感測器】JIAN-JANG HUANGThe Aim For The Top University Project
2005整合型單晶片紅綠藍三顏色發光二極體微顯示器JIAN-JANG HUANGMinistry of Science and Technology
2006以奈米矽或二六族兩種新材料所製程之高效率單晶片白光二極體元件JIAN-JANG HUANGMinistry of Science and Technology
2007先進可繞式/玻璃基板氧化鋅薄膜電晶體製程及其電路與顯示器應用分析JIAN-JANG HUANGMinistry of Science and Technology
2008波長可調式奈米矽晶體光源JIAN-JANG HUANGMinistry of Science and Technology
2009波長可調式奈米矽晶體光源JIAN-JANG HUANGMinistry of Science and Technology
2010波長可調式奈米矽晶體光源JIAN-JANG HUANGMinistry of Science and Technology
2010赴歐洲考察光電科技發展參訪計畫JIAN-JANG HUANGMinistry of Science and Technology
2011多波長氧化鋅奈米線及其在癌細胞標靶治療的應用JIAN-JANG HUANGMinistry of Science and Technology
2011子計畫五:光電應用之寬能隙半導體及金屬奈米結構JIAN-JANG HUANGMinistry of Education
2011學術研究生涯發展計畫-桂冠型研究計畫【多波長氧化鋅奈米線及其在癌細胞標靶治療的應用】JIAN-JANG HUANGMinistry of Education
2012多波長氧化鋅奈米線及其在癌細胞標靶治療的應用JIAN-JANG HUANGMinistry of Science and Technology
2012桂冠型研究計畫【多波長氧化鋅奈米線及其在癌細胞標靶治療的應用】JIAN-JANG HUANGMinistry of Education
2012應用於睡眠呼吸中止症候群之高效能即時微檢測系統(1/3)JIAN-JANG HUANGMinistry of Science and Technology
2012優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】JIAN-JANG HUANGMinistry of Education
2013多波長氧化鋅奈米線及其在癌細胞標靶治療的應用JIAN-JANG HUANGMinistry of Science and Technology
2013應用於睡眠呼吸中止症候群之高效能即時微檢測系統(2/3)JIAN-JANG HUANGMinistry of Science and Technology
2014整合光電元件之非標定即時效能生醫感測器JIAN-JANG HUANGMinistry of Science and Technology
2014應用於睡眠呼吸中止症候群之高效能即時微檢測系統(3/3)JIAN-JANG HUANGMinistry of Science and Technology
2015整合光電元件之非標定即時效能生醫感測器JIAN-JANG HUANGMinistry of Science and Technology
2015多通道多模態面射型雷射及檢光器之高速400Gbps光收發模組關鍵性技術研究JIAN-JANG HUANGMinistry of Science and Technology
2016以薄膜電晶體感測器探討蛋白質配體生物化學反應JIAN-JANG HUANGMinistry of Science and Technology
2016多通道多模態面射型雷射及檢光器之高速400Gbps光收發模組關鍵性技術研究JIAN-JANG HUANGMinistry of Science and Technology
2017以薄膜電晶體感測器探討蛋白質配體生物化學反應JIAN-JANG HUANGMinistry of Science and Technology
2017多通道多模態面射型雷射及檢光器之高速400Gbps光收發模組關鍵性技術研究(3/3)JIAN-JANG HUANGMinistry of Science and Technology
2018以薄膜電晶體感測器探討蛋白質配體生物化學反應JIAN-JANG HUANGMinistry of Science and Technology
2009以大面積奈米球塗佈製作圖形化藍寶石基板及其發光二極體材料及效能分析JIAN-JANG HUANGMinistry of Science and Technology
2013優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】DING-WEI HUANGMinistry of Education
2014優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】DING-WEI HUANGMinistry of Education
2015優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】DING-WEI HUANGMinistry of Education
2006手術中術野輔助光源之研究DING-WEI HUANGMinistry of Science and Technology
2008光纖與矽奈米線波導高效率光柵耦合器DING-WEI HUANGMinistry of Science and Technology
2009矽奈米線波導高效率聚焦式光柵耦合器DING-WEI HUANGMinistry of Science and Technology
2011積體化光流道微奈米粒子分選技術DING-WEI HUANGMinistry of Science and Technology
2011子計畫五:光電應用之寬能隙半導體及金屬奈米結構10R80908DING-WEI HUANGMinistry of Education
2012優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】DING-WEI HUANGMinistry of Education
2013無極化模態色散之微環形共振腔之製作DING-WEI HUANGMinistry of Science and Technology
2014基於 PT 對稱性之矽光波導光循環器之製作DING-WEI HUANGMinistry of Science and Technology
2017超寬頻 (1260–1660nm) 矽波導功能性元件之設計與製作DING-WEI HUANGMinistry of Science and Technology
2008光耦合微結構模擬與分析研究專案HOANG-YAN LINNational Chung-Shan Institute of Science & Technology
2013改善前瞻研究領航計畫【前瞻顯示和照明元件】HOANG-YAN LINMinistry of Education
2014前瞻研究領航計畫【前瞻顯示和照明元件】HOANG-YAN LINMinistry of Education
2015前瞻研究領航計畫【前瞻顯示和照明元件】HOANG-YAN LINMinistry of Education
2009高效光耦合微結構模擬分析與製作技術開發HOANG-YAN LINNational Chung-Shan Institute of Science & Technology
2006應用微光學元件之顯示器的影像缺陷分析與改進HOANG-YAN LINMinistry of Science and Technology
2006光學顯示系統之光學張度限制研究與高效率設計HOANG-YAN LINMinistry of Science and Technology
2007光學顯示器影像品質提升之研究HOANG-YAN LINMinistry of Science and Technology
2008促進產學合作先導型研究計畫/電資學院/微結構促進有機電激發光元件之光學性能研究HOANG-YAN LINMinistry of Education
2009薄型導波聚光模組之研究HOANG-YAN LINMinistry of Science and Technology
2010高取光效率之白光有機發光二極體光源設計及分析HOANG-YAN LINMinistry of Science and Technology
2011前瞻研究領航計畫【前瞻顯示和照明元件】HOANG-YAN LINMinistry of Education
2012改善前瞻研究領航計畫【前瞻顯示和照明元件】HOANG-YAN LINMinistry of Education
2013節能高效率有機發光二極體/太陽能電池技術HOANG-YAN LINMinistry of Science and Technology
2014節能高效率有機發光二極體/太陽能電池技術HOANG-YAN LINMinistry of Science and Technology
2015節能高效率有機發光二極體/太陽能電池技術HOANG-YAN LINMinistry of Science and Technology
2016裸眼式立體顯示器影像品質之研究HOANG-YAN LINMinistry of Science and Technology
2017裸眼式立體顯示器影像品質之研究(二)HOANG-YAN LINMinistry of Science and Technology
2018裸眼式立體顯示器影像品質之研究(二)HOANG-YAN LINMinistry of Science and Technology
2019裸眼式立體顯示器影像品質之研究(二)HOANG-YAN LINMinistry of Science and Technology
2017邁向頂尖大學學術領域全面提升計畫—推動教學創新計畫HOANG-YAN LINThe Aim For The Top University Project
2013優勢重點領域拔尖計畫-【子計畫1-太陽能、光源、顯示與感測元件】JUI-CHE TSAIMinistry of Education
2014優勢重點領域拔尖計畫【子計畫1-光電與感測元件】JUI-CHE TSAIMinistry of Education
2015優勢重點領域拔尖計畫【子計畫1-光電與感測元件】JUI-CHE TSAIMinistry of Education
2006以微機電技術建構之自由空間光通訊系統─用於無人飛行載具或人造衛星間之訊息傳輸JUI-CHE TSAIMinistry of Science and Technology
2007以微機電技術建構之自由空間光通訊系統─用於無人飛行載具或人造衛星間之訊息傳輸 (第二、三年)JUI-CHE TSAIMinistry of Science and Technology
2008以微機電技術建構之自由空間光通訊系統─用於無人飛行載具或人造衛星間之訊息傳輸 (第二、三年)JUI-CHE TSAIMinistry of Science and Technology
2009可調適光學技術:理論基礎、關鍵元件與材料研究JUI-CHE TSAIMinistry of Science and Technology
2009可寬頻操作且具備高感測靈敏度之微機電去耦合陀螺儀的設計與製作JUI-CHE TSAIMinistry of Science and Technology
2010以微機電技術製作之可調變光學回射器陣列及其在光學身分識別系統上之應用(1/2)JUI-CHE TSAIMinistry of Science and Technology
2011以微機電技術製作之可調變光學回射器陣列及其在光學身分識別系統上之應用(2/2)JUI-CHE TSAIMinistry of Science and Technology
2012以微機電技術為基礎建構具深度/遠近辨別能力之中遠距離成像系統JUI-CHE TSAIMinistry of Science and Technology
2013以微機電技術為基礎建構具深度/遠近辨別能力之中遠距離成像系統JUI-CHE TSAIMinistry of Science and Technology
2014以微機電技術為基礎建構具深度/遠近辨別能力之中遠距離成像系統JUI-CHE TSAIMinistry of Science and Technology
2015以微機電技術製作低功率損耗之平面顯示器JUI-CHE TSAIMinistry of Science and Technology
2016可調變之微型類拋物面反射鏡及其在離軸光學系統之應用JUI-CHE TSAIMinistry of Science and Technology
2017可調變之微型類拋物面反射鏡及其在離軸光學系統之應用JUI-CHE TSAIMinistry of Science and Technology
2018使用3D列印製作可調光學元件並建構以太陽光為光源的可見光通訊系統JUI-CHE TSAIMinistry of Science and Technology
2019使用3D列印製作可調光學元件並建構以太陽光為光源的可見光通訊系統JUI-CHE TSAIMinistry of Science and Technology
2005使用微機電技術之調適光學系統JUI-CHE TSAIMinistry of Science and Technology
2007促進產學合作先導型研究計畫/電資學院/高強度摻鐿光纖雷射之研發SHENG-LUNG HUANGMinistry of Education
2008促進產學合作先導型研究計畫/電資學院/高強度摻鐿光纖雷射之研發SHENG-LUNG HUANGMinistry of Education
2009超高縱向解析度光學低同調反射儀之研製(2/3)(國科會)SHENG-LUNG HUANGMinistry of Education
2009功能性玻璃披覆晶體光纖之萌芽SHENG-LUNG HUANGMinistry of Science and Technology
2014結合激發拉曼光譜之三維斷層掃描儀SHENG-LUNG HUANGMinistry of Science and Technology
2014優勢重點領域拔尖計畫【子計畫1-光電與感測元件】SHENG-LUNG HUANGMinistry of Education
2015優勢重點領域拔尖計畫【-光電與感測元件】SHENG-LUNG HUANGMinistry of Education
2016具早期疾病診斷功能之超高解析度及模組三維顯微儀開發計畫SHENG-LUNG HUANG
2018對具細胞解析度之三維光學斷層影像做深度學習(1/4)SHENG-LUNG HUANGMinistry of Science and Technology
2007教育部影像顯示科技人才培育計畫-光電科技學程SHENG-LUNG HUANGMinistry of Education
2011功能性三維斷層掃描術在皮膚科之研究及系統開發SHENG-LUNG HUANGMinistry of Science and Technology
2015由組織、細胞至胞器之臨床診斷用三維斷層成像暨分析術-(總計畫暨子計畫三)結合細胞形貌及胞器散射紋理之三維單細胞分析術(2/3)SHENG-LUNG HUANGMinistry of Science and Technology
2016由組織、細胞至胞器之臨床診斷用三維斷層成像暨分析術-(總計畫暨子計畫三)結合細胞形貌及胞器散射紋理之三維單細胞分析術(3/3)SHENG-LUNG HUANGMinistry of Science and Technology
2014由組織、細胞至胞器之臨床診斷用三維斷層成像暨分析術-(總計畫暨子計畫三)結合細胞形貌及胞器散射紋理之三維單細胞分析術(1/3)SHENG-LUNG HUANGMinistry of Science and Technology
2009高效率醫療用可見光光纖雷射之研發計畫SHENG-LUNG HUANGMinistry of Economic Affairs
2005小型Yb: YAG 飛秒環形鎖模雷射之研製(3/3)SHENG-LUNG HUANGMinistry of Science and Technology
2005超頻寬光通訊摻鉻光纖製程與特性之研究 - 子計畫二: 摻鉻光纖特性之研究(2/3)SHENG-LUNG HUANGMinistry of Science and Technology
2006超頻寬光通訊摻鉻光纖製程與特性之研究-子計畫二:摻鉻光纖特性之研究(3/3)SHENG-LUNG HUANGMinistry of Science and Technology
2007超高縱向解析度光學低同調反射儀之研製(1/3)SHENG-LUNG HUANGMinistry of Science and Technology
2007300-nm寬頻摻鉻光纖放大器之研究-子計畫二:共焦及近場光學顯微術研究摻鉻光纖之特性SHENG-LUNG HUANGMinistry of Science and Technology
2008300-nm寬頻摻鉻光纖放大器之研究-子計畫二:共焦及近場光學顯微術研究摻鉻光纖之特性SHENG-LUNG HUANGMinistry of Science and Technology
2008超高縱向解析度光學低同調反射儀之研製(2/3)SHENG-LUNG HUANGMinistry of Science and Technology
2009300-nm寬頻摻鉻光纖放大器之研究-子計畫二:共焦及近場光學顯微術研究摻鉻光纖之特性SHENG-LUNG HUANGMinistry of Science and Technology
2009超高縱向解析度光學低同調反射儀之研製(3/3)SHENG-LUNG HUANGMinistry of Science and Technology
2010學研合作計畫-高亮度13.5-nm極紫外光源之研發(1/3)SHENG-LUNG HUANGMinistry of Science and Technology
2010赴歐洲考察光電科技發展參訪計畫SHENG-LUNG HUANGMinistry of Science and Technology
2011學研合作計畫-高亮度13.5-nm極紫外光源之研發(2/3)SHENG-LUNG HUANGMinistry of Science and Technology
2012學研合作計畫-高亮度13.5-nm極紫外光源之研發(3/3)SHENG-LUNG HUANGMinistry of Science and Technology
2012出席創新合作(I-Corps)研討會SHENG-LUNG HUANGMinistry of Science and Technology
2012功能性三維斷層掃描術在皮膚科之研究及系統開發 (2/2)SHENG-LUNG HUANGMinistry of Science and Technology
2012具早期疾病診斷功能之超高解析度及多模組三維顯微儀開發3年計畫(第一年度)SHENG-LUNG HUANGMinistry of Economic Affairs
2013具早期疾病診斷功能之超高解析度及模組三維顯微儀開發3年計畫(第二年度)SHENG-LUNG HUANGMinistry of Economic Affairs
2014具早期疾病診斷功能之超高解析度及模組三維顯微儀開發3年計畫(第三年度)SHENG-LUNG HUANGMinistry of Economic Affairs
2016以超高解析度之活體斷層掃描儀研究角膜組織之再生醫學-角膜輪部之細胞成像?辨識分析(總計畫暨子計畫四)(1/3)SHENG-LUNG HUANGMinistry of Science and Technology
2017以超高解析度之活體斷層掃描儀研究角膜組織之再生醫學-角膜輪部之細胞成像?辨識分析(總計畫暨子計畫四)(2/3)SHENG-LUNG HUANGMinistry of Science and Technology
2008共焦及近場光學顯微術研究摻鉻光纖之特性(國科會)SHENG-LUNG HUANGMinistry of Education
2009台灣學術里程與科技前瞻計畫之萌芽計畫(轉換科學發現為產業技術)-功能性玻璃披覆晶體光纖SHENG-LUNG HUANGMinistry of Science and Technology
2013具早期疾病診斷功能之超高解析度及多模組三維顯微儀開發計畫﹝II﹞SHENG-LUNG HUANGMinistry of Science and Technology
2014具早期疾病診斷功能之超高解析度及多模組三維顯微儀開發計畫﹝III﹞SHENG-LUNG HUANGMinistry of Science and Technology
2016具早期疾病診斷功能之超高解析度及模組三維顯微儀開發計畫SHENG-LUNG HUANG
2007Development of functional glass-clad crystal fibers-功能性玻璃披覆之晶體光纖研發SHENG-LUNG HUANGMinistry of Science and Technology
2011人力結構改善/電資學院/光電所/主動式晶體光纖之光子元件研發SHENG-LUNG HUANGMinistry of Education
2012主動式晶體光纖之光子元件研發SHENG-LUNG HUANGMinistry of Education
2012Design and Fabrication of Advanced Crystal Fiber Light SourcesSHENG-LUNG HUANGMinistry of Education
2010多級MOPA光纖雷射設計製作分析開發研究SHENG-LUNG HUANGNational Chung-Shan Institute of Science & Technology
2013優勢重點領域拔尖計畫【子計畫2-新穎分子/奈米基材於永續能源的開發】I-CHUN CHENGMinistry of Education
2013優勢重點領域拔尖計畫-【子計畫1-太陽能、光源、顯示與感測元件】I-CHUN CHENGMinistry of Education
2014學術研究生涯發展計畫-桂冠型研究計畫【以大面積相容技術製備之複晶氧化鎂鋅/氧化鋅異質接面特性之研究及其於高電子遷移率電晶體之應用】I-CHUN CHENGMinistry of Education
2014優勢重點領域拔尖計畫【子計畫1-光電與感測元件】I-CHUN CHENGMinistry of Education
2015學術研究生涯發展計畫-桂冠型研究計畫【以大面積相容技術製備之複晶氧化鎂鋅/氧化鋅異質接面特性之研究及其於高電子遷移率電晶體之應用】I-CHUN CHENGMinistry of Education
2015優勢重點領域拔尖計畫【子計畫1-光電與感測元件】I-CHUN CHENGMinistry of Education
2007奈米矽晶薄膜於光、電、機械應力下可靠度與穩定性之研究I-CHUN CHENGMinistry of Science and Technology
2008透明金屬氧化物半導體能帶結構與場效傳導特性之研究I-CHUN CHENGMinistry of Science and Technology
2009P-型透明金屬氧化物半導體能帶結構與其於透明P-N異質接面應用之研究(I)I-CHUN CHENGMinistry of Science and Technology
2010P-型透明金屬氧化物半導體能帶結構與其於透明P-N異質接面應用之研究(II)I-CHUN CHENGMinistry of Science and Technology
2011雙極性與單極性透明金屬氧化物半導體主動元件之研究及其於透明電路之應用I-CHUN CHENGMinistry of Science and Technology
2012雙極性與單極性透明金屬氧化物半導體主動元件之研究及其於透明電路之應用I-CHUN CHENGMinistry of Science and Technology
2012以大面積相容技術製備之複晶氧化鎂鋅/氧化鋅異質接面特性之研究及其於高電子遷移率電晶體之應用I-CHUN CHENGMinistry of Science and Technology
2012學術研究生涯發展計畫-桂冠型研究計畫【以大面積相容技術製備之複晶氧化鎂鋅/氧化鋅異質接面特性之研究及其於高電子遷移率電晶體之應用】I-CHUN CHENGMinistry of Education
2012優勢重點領域拔尖計畫【子計畫2-新穎分子/奈米基材於永續能源的開發】I-CHUN CHENGMinistry of Education
2013雙極性與單極性透明金屬氧化物半導體主動元件之研究及其於透明電路之應用I-CHUN CHENGMinistry of Science and Technology
2013以大面積相容技術製備之複晶氧化鎂鋅/氧化鋅異質接面特性之研究及其於高電子遷移率電晶體之應用I-CHUN CHENGMinistry of Science and Technology
2014以大面積相容技術製備之複晶氧化鎂鋅/氧化鋅異質接面特性之研究及其於高電子遷移率電晶體之應用I-CHUN CHENGMinistry of Science and Technology
2016主動式陣列氧化物薄膜電晶體放大電路與壓電感測整合之可撓性觸覺感測面之研究I-CHUN CHENGMinistry of Science and Technology
2016可撓性互補式錫氧化物薄膜電晶體電路研究I-CHUN CHENGMinistry of Science and Technology
2017主動式陣列氧化物薄膜電晶體放大電路與壓電感測整合之可撓性觸覺感測面之研究I-CHUN CHENGMinistry of Science and Technology
2017可撓性互補式錫氧化物薄膜電晶體電路研究I-CHUN CHENGMinistry of Science and Technology
2018主動式陣列氧化物薄膜電晶體放大電路與壓電感測整合之可撓性觸覺感測面之研究I-CHUN CHENGMinistry of Science and Technology
2018可撓性互補式錫氧化物薄膜電晶體電路研究I-CHUN CHENGMinistry of Science and Technology
2014人力結構改善/光電所/以摻雜石墨烯薄片之光子晶體光纖產生飛秒級,高重複率與高功率之被動鎖模摻鉺光纖雷射GONG-RU LINMinistry of Education
2008以超低反射率奈米矽柱結構取代抗反射層的矽基太陽電池(I)GONG-RU LINMinistry of Science and Technology
2009以超低反射率奈米矽柱結構取代抗反射層的矽基太陽電池(II)GONG-RU LINMinistry of Science and Technology
2011軟性基板成長非晶矽與碳化矽多層堆疊太陽電池(I)GONG-RU LINMinistry of Science and Technology
2012軟性基板成長非晶矽與碳化矽多層堆疊太陽電池(II)GONG-RU LINMinistry of Science and Technology
2013新穎的非完美組成硫化錫薄膜太陽能電池(I)GONG-RU LINMinistry of Science and Technology
2013優勢重點領域拔尖計畫-【子計畫1-太陽能、光源、顯示與感測元件】GONG-RU LINMinistry of Education
2014優勢重點領域拔尖計畫【子計畫1-光電與感測元件】GONG-RU LINMinistry of Education
2015優勢重點領域拔尖計畫【子計畫1-光電與感測元件】GONG-RU LINMinistry of Education
2018人力結構改善/光電所/下世代新穎光纖網路系統整合5G無線通訊關鍵技術之相關研究-子計畫五:整合光纖有線與毫米波5G無線通訊網路載波之寬頻無色光源研究GONG-RU LINThe Aim For The Top University Project
2012商用百飛秒級主被動鎖模光固子光纖雷射系統(2/2)GONG-RU LINMinistry of Science and Technology
2005利用次兆位元率鎖模光纖雷射脈衝載波探討全光網路信號處理元件與技術(1/3)GONG-RU LINMinistry of Science and Technology
2006利用次兆位元率鎖模光纖雷射脈衝載波探討全光網路信號處理元件與技術(2/3)GONG-RU LINMinistry of Science and Technology
2007利用次兆位元率鎖模光纖雷射脈衝載波探討全光網路信號處理元件與技術(3/3)GONG-RU LINMinistry of Science and Technology
2008矽基光子晶片系統基礎光源與控制元件研究(I, II, III)GONG-RU LINMinistry of Science and Technology
2009以無源自反饋光微波震盪器產生倍頻歸零訊號載波建構分時分波多工網路GONG-RU LINMinistry of Science and Technology
2010以無源自反饋光微波震盪器產生倍頻歸零訊號載波建構分時分波多工網路GONG-RU LINMinistry of Science and Technology
2011以無源自反饋光微波震盪器產生倍頻歸零訊號載波建構分時分波多工網路GONG-RU LINMinistry of Science and Technology
2011具超高容量光通訊網路的關鍵技術與元件-子計畫一:建構弱腔模二極體雷射40Gbit/s相移鍵與開關鍵整合無線多重接取服務之高密度分波多工被動光纖網路GONG-RU LINMinistry of Science and Technology
2012具超高容量光通訊網路的關鍵技術與元件-子計畫一:建構弱腔模二極體雷射40Gbit/s相移鍵與開關鍵整合無線多重接取服務之高密度分波多工被動光纖網路GONG-RU LINMinistry of Science and Technology
2012高容量光通訊整合擷取網路系統(基頻/微波/毫米波/兆赫波/有線電視)之關鍵技術研究-子計畫五:正交分頻多工格式訊號直調注入鎖定波長之長腔無色弱模半導體雷射載波光源在多通道被動光纖網路傳輸性能研究GONG-RU LINMinistry of Science and Technology
2013具超高容量光通訊網路的關鍵技術與元件-子計畫一:建構弱腔模二極體雷射40Gbit/s相移鍵與開關鍵整合無線多重接取服務之高密度分波多工被動光纖網路GONG-RU LINMinistry of Science and Technology
2013高容量光通訊整合擷取網路系統(基頻/微波/毫米波/兆赫波/有線電視)之關鍵技術研究-子計畫五:正交分頻多工格式訊號直調注入鎖定波長之長腔無色弱模半導體雷射載波光源在多通道被動光纖網路傳輸性能研究GONG-RU LINMinistry of Science and Technology
2014高容量光通訊整合擷取網路系統(基頻/微波/毫米波/兆赫波/有線電視)之關鍵技術研究-子計畫五:正交分頻多工格式訊號直調注入鎖定波長之長腔無色弱模半導體雷射載波光源在多通道被動光纖網路傳輸性能研究GONG-RU LINMinistry of Science and Technology
2014以共振腔長調控自反饋雙模半導體雷射整合光載毫米波全雙工傳輸光纖網路GONG-RU LINMinistry of Science and Technology
2015以共振腔長調控自反饋雙模半導體雷射整合光載毫米波全雙工傳輸光纖網路GONG-RU LINMinistry of Science and Technology
2015下世代新穎光纖網路系統整合5G無線通訊關鍵技術之相關研究-子計畫五:整合光纖有線與毫米波5G無線通訊網路載波之寬頻無色光源研究GONG-RU LINMinistry of Science and Technology
2015多通道多模態面射型雷射及檢光器之高速400Gbps光收發模組關鍵性技術研究GONG-RU LINMinistry of Science and Technology
2016以共振腔長調控自反饋雙模半導體雷射整合光載毫米波全雙工傳輸光纖網路GONG-RU LINMinistry of Science and Technology
2016下世代新穎光纖網路系統整合5G無線通訊關鍵技術之相關研究-子計畫五:整合光纖有線與毫米波5G無線通訊網路載波之寬頻無色光源研究GONG-RU LINMinistry of Science and Technology
2016多通道多模態面射型雷射及檢光器之高速400Gbps光收發模組關鍵性技術研究GONG-RU LINMinistry of Science and Technology
2017下世代新穎光纖網路系統整合5G無線通訊關鍵技術之相關研究-子計畫五:整合光纖有線與毫米波5G無線通訊網路載波之寬頻無色光源研究GONG-RU LINMinistry of Science and Technology
2017適應多格式調變脈碼光源的四族半導體線性與非線性光波導信號處理元件GONG-RU LINMinistry of Science and Technology
2017多通道多模態面射型雷射及檢光器之高速400Gbps光收發模組關鍵性技術研究(3/3)GONG-RU LINMinistry of Science and Technology
2018適應多格式調變脈碼光源的四族半導體線性與非線性光波導信號處理元件GONG-RU LINMinistry of Science and Technology
2018邁向高功率藍光雷射/共振腔與微腔發光二極體可見光照明通信傳輸GONG-RU LINMinistry of Science and Technology
2018以雙模雷射二極體光源內載5G毫米波載波融合光纖有線與毫米波無線網路GONG-RU LINMinistry of Science and Technology
2019適應多格式調變脈碼光源的四族半導體線性與非線性光波導信號處理元件GONG-RU LINMinistry of Science and Technology
2019邁向高功率藍光雷射/共振腔與微腔發光二極體可見光照明通信傳輸GONG-RU LINMinistry of Science and Technology
2019以雙模雷射二極體光源內載5G毫米波載波融合光纖有線與毫米波無線網路GONG-RU LINMinistry of Science and Technology
2020邁向高功率藍光雷射/共振腔與微腔發光二極體可見光照明通信傳輸GONG-RU LINMinistry of Science and Technology
2020以雙模雷射二極體光源內載5G毫米波載波融合光纖有線與毫米波無線網路GONG-RU LINMinistry of Science and Technology
2013光電工程學研究所102年國科會計畫行政事務GONG-RU LINCollege of Electrical Engineering and Computer Science
2009商用鎖相迴路控制頻率再生型半導體光放大器鎖模光纖雷射系統研發GONG-RU LINMinistry of Science and Technology
2010商用百飛秒級主被動鎖模光固子光纖雷射系統(1/2)GONG-RU LINMinistry of Science and Technology
2013人力結構改善/光電所/注入鎖模無色長腔二極體雷射建構雙向低成本高容量被動光纖網路GONG-RU LINMinistry of Education
2017人力結構改善/光電所/下世代新穎光纖網路系統整合5G無線通訊關鍵技術之相關研究-子計畫五:整合光纖有線與毫米波5G無線通訊網路載波之寬頻無色光源研究GONG-RU LINMinistry of Education
2008透明導電氧化物電極與表結構修飾於新穎陣列式奈米摻鉺矽基發光元件之研究GONG-RU LINMinistry of Education
2009透明導電氧化物電極與表結構修飾於新穎陣列式奈米摻鉺矽基發光元件之研究GONG-RU LINMinistry of Education
2008高效能白光發光二極體研發-子計畫五:高效率及高功率白光發光二極體元件模擬分析及設計YUH-RENN WUMinistry of Science and Technology
2013優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】YUH-RENN WUMinistry of Education
2014優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】YUH-RENN WUMinistry of Education
2015氮化物半導體發光二極體在量子極限傳播下新理論及數值模擬分析開發YUH-RENN WUMinistry of Science and Technology
2015優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】YUH-RENN WUMinistry of Education
2016氮化物半導體發光二極體在量子極限傳播下新理論及數值模擬分析開發YUH-RENN WUMinistry of Science and Technology
2017氮化物半導體發光二極體在量子極限傳播下新理論及數值模擬分析開發YUH-RENN WUMinistry of Science and Technology
2007氮化銦鎵量子(井/點)白光二極體之理論分析YUH-RENN WUMinistry of Science and Technology
2008氮化銦鎵量子(點/線)發光二極體之理論數值分析YUH-RENN WUMinistry of Science and Technology
2009氮化銦鎵量子(井/線/點)二極體之理論數值分析(II)(III)YUH-RENN WUMinistry of Science and Technology
2010氮化銦鎵量子(井/線/點)二極體之理論數值分析(II)(III)YUH-RENN WUMinistry of Science and Technology
2010半極性與非極性氮化鎵之寬能隙材料及光電元件研究-子計畫五:非極性及半極性氮化鎵材料特性及奈米元件發光特性之數值分析研究YUH-RENN WUMinistry of Science and Technology
2011半極性與非極性氮化鎵之寬能隙材料及光電元件研究-子計畫五:非極性及半極性氮化鎵材料特性及奈米元件發光特性之數值分析研究YUH-RENN WUMinistry of Science and Technology
2011發展分析氮化物三五族材料為主之奈米元件結構之熱電性質數值方法YUH-RENN WUMinistry of Science and Technology
2011子計畫五:光電應用之寬能隙半導體及金屬奈米結構YUH-RENN WUMinistry of Education
2012半極性與非極性氮化鎵之寬能隙材料及光電元件研究-子計畫五:非極性及半極性氮化鎵材料特性及奈米元件發光特性之數值分析研究YUH-RENN WUMinistry of Science and Technology
2012發展分析氮化物三五族材料為主之奈米元件結構之熱電性質數值方法YUH-RENN WUMinistry of Science and Technology
2012優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】YUH-RENN WUMinistry of Education
2013多維度量子井白光發光二極體內部銦含量波動對載子傳播行為和發光特性及效率之模擬分析YUH-RENN WUMinistry of Science and Technology
2014多維度量子井白光發光二極體內部銦含量波動對載子傳播行為和發光特性及效率之模擬分析YUH-RENN WUMinistry of Science and Technology
2014混合型矽太陽能電池-子計畫一:混合型矽太陽能電池介面特性和奈米結構元件效率分析YUH-RENN WUMinistry of Science and Technology
2015多維度量子井白光發光二極體內部銦含量波動對載子傳播行為和發光特性及效率之模擬分析YUH-RENN WUMinistry of Science and Technology
2015混合型矽太陽能電池-子計畫一:混合型矽太陽能電池介面特性和奈米結構元件效率分析YUH-RENN WUMinistry of Science and Technology
2016混合型矽太陽能電池-子計畫一:混合型矽太陽能電池介面特性和奈米結構元件效率分析YUH-RENN WUMinistry of Science and Technology
2016發展多維度氮化鋁鎵紫外光發光二極體和雷射二極體之載子傳播和發光特性模擬分析軟體YUH-RENN WUMinistry of Science and Technology
2017發展多維度氮化鋁鎵紫外光發光二極體和雷射二極體之載子傳播和發光特性模擬分析軟體YUH-RENN WUMinistry of Science and Technology
2017異質材料可撓式太陽能電池的結構數值分析和最佳化設計YUH-RENN WUMinistry of Science and Technology
2018發展多維度氮化鋁鎵紫外光發光二極體和雷射二極體之載子傳播和發光特性模擬分析軟體YUH-RENN WUMinistry of Science and Technology
2018異質材料可撓式太陽能電池的結構數值分析和最佳化設計YUH-RENN WUMinistry of Science and Technology
2019異質材料可撓式太陽能電池的結構數值分析和最佳化設計YUH-RENN WUMinistry of Science and Technology
2004GPS抗干擾信號處理與模擬(二)HEN-WAI TSAONational Chung-Shan Institute of Science & Technology
2004通訊科技教育改進計畫HEN-WAI TSAOMinistry of Education
2005通訊科技人才培育先導型計畫(光通訊系統教學推動中心)HEN-WAI TSAOMinistry of Education
2006通訊科技人才培育先導型計畫(光通訊系統教學推動中心)HEN-WAI TSAOAdvisory Office, MOE
2011具射頻光纖傳輸之下世代無線校園監控網路建置(Ⅱ)HEN-WAI TSAOMinistry of Science and Technology
2013優勢重點領域拔尖計畫-【子計畫4-無縫連網】HEN-WAI TSAOMinistry of Education
2014優勢重點領域拔尖計畫【子計畫4-無縫連網】HEN-WAI TSAOMinistry of Education
2015優勢重點領域拔尖計畫【子計畫4-無縫連網】HEN-WAI TSAOMinistry of Education
2008「資通訊人才培育先導型計畫-重點領域聯盟中心計畫」-手機通信教學推動聯盟中心97年度計畫HEN-WAI TSAOAdvisory Office, MOE
2009「資通訊人才培育先導型計畫-重點領域聯盟中心計畫」-手機通信教學推動聯盟中心98年度計畫HEN-WAI TSAOMinistry of Education
2010教育部網路通訊人才培育先導型計畫—手機通信教學推動聯盟中心99年度計畫HEN-WAI TSAOMinistry of Education
2003GPS抗干擾信號處理與模擬HEN-WAI TSAONational Chung-Shan Institute of Science & Technology
2011長距離千億位元的乙太網路系統晶片設計-子計畫一:長距離千億位元乙太網路實體層系統架構及電光信號品質監測電路/模組之研究(1/3)HEN-WAI TSAOMinistry of Science and Technology
2012長距離千億位元的乙太網路系統晶片設計-子計畫一:長距離千億位元乙太網路實體層系統架構及電光信號品質監測電路/模組之研究(2/3)HEN-WAI TSAOMinistry of Science and Technology
2013長距離千億位元的乙太網路系統晶片設計-子計畫一:長距離千億位元乙太網路實體層系統架構及電光信號品質監測電路/模組之研究(3/3)HEN-WAI TSAOMinistry of Science and Technology
2001下世代無線網際網路用的多載波碼域多工收發機之研製-子計畫一:具智慧型天線多通道OFDMHEN-WAI TSAOMinistry of Science and Technology
2002下世代無線網際網路用的多載波碼域多工收發機之研製--子計畫二:具智慧型天線多通道OFDM傳收機射/中頻模組之研製(2/3)HEN-WAI TSAOMinistry of Science and Technology
2002百億位元的乙太網路系統晶片設計--子計畫一:百億位元的乙太網路傳輸模型及系統架構設計(1/3)HEN-WAI TSAOMinistry of Science and Technology
2003百億位元乙太網路系統晶片設計-子計畫一:百億位元乙太網路傳輸模型及系統架構設計(2/3)HEN-WAI TSAOMinistry of Science and Technology
2003下世代無線網際網路用的多載波碼域多工收發機之研製-子計畫二:具智慧型天線多通道OFDM傳收機射/中頻模組之研製(3/3)HEN-WAI TSAOMinistry of Science and Technology
2004百億位元乙太網路系統晶片設計-子計畫一:百億位元乙太網路傳輸模型及系統架構設計(3/3)HEN-WAI TSAOMinistry of Science and Technology
200510GBase-T乙太網路系統晶片設計-子計畫一:經銅線傳輸之百億位元乙太網路系統晶片架構設計(1/3)HEN-WAI TSAOMinistry of Science and Technology
2005寬頻光都會與接取網路之關鍵技術-子計畫四:光網路分碼多工接收機前級及信號品質監測電路之研製(1/3)HEN-WAI TSAOMinistry of Science and Technology
2006寬頻光都會與接取網路之關鍵技術-子計畫四:光網路分碼多工接收機前級及信號品質監測電路之研製(2/3)HEN-WAI TSAOMinistry of Science and Technology
200610GBase-T乙太網路系統晶片設計-子計畫一:經銅線傳輸之百億位元乙太網路系統晶片架構設計(2/3)HEN-WAI TSAOMinistry of Science and Technology
2007寬頻光都會與接取網路之關鍵技術-子計畫四:光網路分碼多工接收機前級及信號品質監測電路之研製(3/3)HEN-WAI TSAOMinistry of Science and Technology
200710GBase-T乙太網路系統晶片設計-子計畫一:經銅線傳輸之百億位元乙太網路系統晶片架構設計(3/3)HEN-WAI TSAOMinistry of Science and Technology
2008前瞻光通信元件及系統技術研究與其在寬頻網路之應用-子計畫四:整合型接取光網路的信號品質監測技術與電路HEN-WAI TSAOMinistry of Science and Technology
2008運用數位輔助智產元件之軟體無線收發機-子計畫一:適用於軟體無線電之數位輔助高性能發射機研製(1/3)HEN-WAI TSAOMinistry of Science and Technology
2009前瞻光通信元件及系統技術研究與其在寬頻網路之應用-子計畫四:整合型接取光網路的信號品質監測技術與電路HEN-WAI TSAOMinistry of Science and Technology
2009運用數位輔助智產元件之軟體無線收發機-子計畫一:適用於軟體無線電之數位輔助高性能發射機研製(2/3)HEN-WAI TSAOMinistry of Science and Technology
2010前瞻光通信元件及系統技術研究與其在寬頻網路之應用-子計畫四:整合型接取光網路的信號品質監測技術與電路HEN-WAI TSAOMinistry of Science and Technology
2010運用數位輔助智產元件之軟體無線收發機-子計畫一:適用於軟體無線電之數位輔助高性能發射機研製(3/3)HEN-WAI TSAOMinistry of Science and Technology
2011不同星體光源之光速差異及相關性的量測及比較-子計畫三:光速量測系統之電訊號調制與星光特性分析HEN-WAI TSAOMinistry of Science and Technology
2012不同星體光源之光速差異及相關性的量測及比較-子計畫三:光速量測系統之電訊號調制與星光特性分析HEN-WAI TSAOMinistry of Science and Technology
2012優勢重點領域拔尖計畫-【子計畫4-無縫連網】HEN-WAI TSAOMinistry of Education
2014應用於智慧型標籤之關鍵技術研發-子計畫四:應用於智慧型標籤之小型基站收發機技術研究HEN-WAI TSAOMinistry of Science and Technology
2015應用於智慧型標籤之關鍵技術研發-子計畫四:應用於智慧型標籤之小型基站收發機技術研究HEN-WAI TSAOMinistry of Science and Technology
2015多通道中長距離400Gb/s傳輸模組與關鍵技術研究(1/3)HEN-WAI TSAOMinistry of Science and Technology
2016應用於智慧型標籤之關鍵技術研發-子計畫四:應用於智慧型標籤之小型基站收發機技術研究HEN-WAI TSAOMinistry of Science and Technology
2016多通道中長距離400Gb/s傳輸模組與關鍵技術研究(2/3)HEN-WAI TSAOMinistry of Science and Technology
2017多通道中長距離400Gbps傳輸模組與關鍵技術研究(3/3)HEN-WAI TSAOMinistry of Science and Technology
2008具射頻光纖傳輸之WiMAX校園監控網路建置(I)HEN-WAI TSAOMinistry of Science and Technology
2002數位電視無線資訊廣播平台之規劃及行動接收功能之研究HEN-WAI TSAOMinistry of Transportation and Communications
2013優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】YEAN-WOEI KIANGMinistry of Education
2014優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】YEAN-WOEI KIANGMinistry of Education
2015優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】YEAN-WOEI KIANGMinistry of Education
2001光纖通訊應用光電元件製作及數值模擬之-子計畫三:半導體光放大氣援救內非線性現象與放YEAN-WOEI KIANGMinistry of Science and Technology
2002光波在週期性媒質內傳播之理論與模擬(I)YEAN-WOEI KIANGMinistry of Science and Technology
2003光波在週期性媒質內傳播之理論與模擬(II)YEAN-WOEI KIANGMinistry of Science and Technology
2004光波在光子晶體內傳播之理論與模擬YEAN-WOEI KIANGMinistry of Science and Technology
2005光子晶體之理論分析與模擬YEAN-WOEI KIANGMinistry of Science and Technology
2006用以提高發光二極體效率之表面電漿波研究YEAN-WOEI KIANGMinistry of Science and Technology
2007用以提高發光二極體效率之表面電漿波研究(II)YEAN-WOEI KIANGMinistry of Science and Technology
2008金屬奈米結構中表面電漿子之數值研究YEAN-WOEI KIANGMinistry of Science and Technology
2009金屬奈米結構中表面電漿子之數值研究(II)YEAN-WOEI KIANGMinistry of Science and Technology
2009金屬奈米結構中表面電漿子之數值研究(II)(國科會)YEAN-WOEI KIANGMinistry of Education
2010多個金屬奈米粒子電磁場分佈之數值模擬YEAN-WOEI KIANGMinistry of Science and Technology
2011子計畫五:光電應用之寬能隙半導體及金屬奈米結構YEAN-WOEI KIANGMinistry of Education
2011金屬奈米粒子群集之電磁特性分析YEAN-WOEI KIANGMinistry of Science and Technology
2012表面電漿子與輻射偶極間耦合效應之模擬研究YEAN-WOEI KIANGMinistry of Science and Technology
2012優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】YEAN-WOEI KIANGMinistry of Education
2013表面電漿子與輻射偶極間耦合效應之模擬研究(II)YEAN-WOEI KIANGMinistry of Science and Technology
2014振盪偶極在週期性奈米結構中輻射特性之數值模擬YEAN-WOEI KIANGMinistry of Science and Technology
2015振盪偶極在週期性奈米結構中輻射特性之數值模擬(II)YEAN-WOEI KIANGMinistry of Science and Technology
200693年度結餘款再運用YI-CHENG LIN
2010縮小化超寬頻天線之研製YI-CHENG LIN
2012應用於IEEE 802.11ad 之60-GHz微型化多通道無線模組構裝及電路技術-子計畫一:雙極化60-GHz天線及陣列之研製(1/2)YI-CHENG LINMinistry of Science and Technology
2013應用於IEEE 802.11ad 之60-GHz微型化多通道無線模組構裝及電路技術-子計畫一:雙極化60-GHz天線及陣列之研製(2/2)YI-CHENG LINMinistry of Science and Technology
2018應用人工智慧於遠距離8K虛擬實境影像即時傳輸之物聯網(IoT)技術開發-子計畫三:應用於無人載具高速無線傳輸之波束調控天線系統(1/2)YI-CHENG LINMinistry of Science and Technology
2010印刷式雙極化對數週期天線YI-CHENG LINMinistry of Science and Technology
2011自我互補型雙極化對數週期天線之研製YI-CHENG LINMinistry of Science and Technology
2009平面式超寬頻對數週期天線之研製YI-CHENG LINMinistry of Science and Technology
2003雙頻圓極化介質共振天線模組之設計及研發YI-CHENG LINMinistry of Science and Technology
200440-48 GHz超寬頻無線模組及電路技術-子計畫一:寬頻共面波導天線(1/3)YI-CHENG LINMinistry of Science and Technology
200540-48 GHz超寬頻無線模組及電路技術-子計畫一:寬頻共面波導天線(2/3)YI-CHENG LINMinistry of Science and Technology
200640-48 GHz超寬頻無線模組及電路技術-子計畫一:寬頻共面波導天線(3/3)YI-CHENG LINMinistry of Science and Technology
200771-76 GHz 無線模組及電路技術-子計畫一:E-頻段天線之設計與研製(1/2)YI-CHENG LINMinistry of Science and Technology
200871-76 GHz 無線模組及電路技術-子計畫一:E-頻段天線之設計與研製(2/2)YI-CHENG LINMinistry of Science and Technology
2009與IEEE802.11超高傳輸率標準相容之60GHz低耗電無線模組及電路技術-子計畫一:60-GHz 寬頻天線(1/3)YI-CHENG LINMinistry of Science and Technology
2010與IEEE802.11超高傳輸率標準相容之60GHz低耗電無線模組及電路技術-子計畫一:60-GHz 寬頻天線(2/3)YI-CHENG LINMinistry of Science and Technology
2011與IEEE802.11超高傳輸率標準相容之60GHz低耗電 無線模組及電路技術-子計畫一:60-GHz 寬頻天線(3/3)YI-CHENG LINMinistry of Science and Technology
2014應用於E-頻段通訊系統之毫米波回送收發機-子計畫一:雙極化E頻段天線與系統構裝之整合設計YI-CHENG LINMinistry of Science and Technology
2015毫米波平面式部分反射型天線之研製YI-CHENG LINMinistry of Science and Technology
2017應用於5G行動通訊之毫米波分集天線研製與通道量測系統建製YI-CHENG LINMinistry of Science and Technology
2004高增益軸模螺旋天線之設計YI-CHENG LINMinistry of Science and Technology
2012萌芽個案計畫-應用於無線通信與醫療儀器之前瞻天線技術實務開發(I)YI-CHENG LINMinistry of Science and Technology
2003提昇產業技術及人才培育研究計畫--增用無線區域網路接收器靈敏度之主動式天線設計YI-CHENG LINMinistry of Science and Technology
2017臺波(PL)國合計畫-分子束磊晶成長砷化銦/銻砷化銦超晶格結構於砷化鎵基板上之遠紅外線光偵測器之高溫應用CHAO-HSIN WUMinistry of Science and Technology
2018臺波(PL)國合計畫-分子束磊晶成長砷化銦/銻砷化銦超晶格結構於砷化鎵基板上之遠紅外線光偵測器之高溫應用(2/3)CHAO-HSIN WUMinistry of Science and Technology
2018學術生涯發展計畫深耕型計畫【發光電晶體應用在光電積體整合電路之開發】CHAO-HSIN WUHigher Education Sprout Project
2019臺波(PL)國合計畫-分子束磊晶成長砷化銦/銻砷化銦超晶格結構於砷化鎵基板上之遠紅外線光偵測器之高溫應用(3/3)CHAO-HSIN WUMinistry of Science and Technology
2016優勢重點領域拔尖計畫【子計畫5 光電應用之寬能隙半導體及金屬奈米結構】CHAO-HSIN WUMinistry of Education
2014高速雷射光源材料設計與開發CHAO-HSIN WUMinistry of Science and Technology
2015應用於可見光通訊的半導體元件開發CHAO-HSIN WUMinistry of Science and Technology
20171310nm長波長垂直共振腔面射型雷射應用在2.5 Gb/s資料傳輸之雷射光源開發CHAO-HSIN WUMinistry of Science and Technology
2012基極量子井結構設計對發光電晶體效能和載子生命週期之影響CHAO-HSIN WUMinistry of Science and Technology
2013高速垂直共振腔電晶體雷射的製作和特性研究CHAO-HSIN WUMinistry of Science and Technology
2014高速垂直共振腔電晶體雷射的製作和特性研究CHAO-HSIN WUMinistry of Science and Technology
2015高速垂直共振腔電晶體雷射的製作和特性研究CHAO-HSIN WUMinistry of Science and Technology
2016發光電晶體應用在光電積體整合電路之開發CHAO-HSIN WUMinistry of Science and Technology
2016多通道多模態面射型雷射及檢光器之高速400Gbps光收發模組關鍵性技術研究CHAO-HSIN WUMinistry of Science and Technology
2017發光電晶體應用在光電積體整合電路之開發CHAO-HSIN WUMinistry of Science and Technology
2017學術研究生涯發展計畫-深耕型研究計畫【發光電晶體應用在光電積體整合電路之開發】CHAO-HSIN WUThe Aim For The Top University Project
2017多通道多模態面射型雷射及檢光器之高速400Gbps光收發模組關鍵性技術研究(3/3)CHAO-HSIN WUMinistry of Science and Technology
2018發光電晶體應用在光電積體整合電路之開發CHAO-HSIN WUMinistry of Science and Technology
2011基極量子井結構設計對發光電晶體效能和載子生命週期之影響CHAO-HSIN WUMinistry of Science and Technology
2016藉表面電漿子耦合以減少發光二極體效率下降之數值研究YEAN-WOEI KIANGMinistry of Science and Technology
2017以密度矩陣法模擬氮化鋁鎵量子井之發光效應YEAN-WOEI KIANGMinistry of Science and Technology
2008金屬奈米結構中表面電漿子之數值研究(國科會)YEAN-WOEI KIANGMinistry of Education
2002RCLED技術(共振腔發光二極體)HAO-HSIUNG LINNational Chung-Shan Institute of Science & Technology
2003高速IR LED技術HAO-HSIUNG LINNational Chung-Shan Institute of Science & Technology
2006高效率多接面疊接太陽電池的新型材料研究HAO-HSIUNG LINMinistry of Science and Technology
2007三五族多接面疊接太陽電池之研究HAO-HSIUNG LINMinistry of Science and Technology
2008GaAsSbN的MBE成長及其於多接面太陽能電池的應用HAO-HSIUNG LINMinistry of Science and Technology
2009新型GaAs-based 多接面太陽電池的可行性研究HAO-HSIUNG LINMinistry of Science and Technology
2010高效率太陽能電池新型材料之研發HAO-HSIUNG LINMinistry of Science and Technology
2016新頻譜光電收發模組技術開發-子計畫二:SWIR偵測器之磊晶結構設計HAO-HSIUNG LINMinistry of Science and Technology
2017SWIR偵測器之磊晶結構設計HAO-HSIUNG LINMinistry of Science and Technology
2018SWIR偵測器之磊晶結構設計HAO-HSIUNG LINMinistry of Science and Technology
2001奈米結構光電元件之研究-總計畫HAO-HSIUNG LINMinistry of Science and Technology
2001奈米結構光電元件之研究-子計畫一:含銻化合物半導體光電元件技術之研究HAO-HSIUNG LINMinistry of Science and Technology
2001光纖通訊應用光電元件製作及數值模擬-子計畫四:含氮化合物半導體的磊晶成長與元件應用HAO-HSIUNG LINMinistry of Science and Technology
2002前瞻性量子元件技術-總計畫HAO-HSIUNG LINMinistry of Science and Technology
2002前瞻性量子元件技術-子計畫一:砷銻化鎵第二型量子井的成長與元件技術HAO-HSIUNG LINMinistry of Science and Technology
2003砷銻化鎵第二型量子元件技術(I)HAO-HSIUNG LINMinistry of Science and Technology
2003砷銻化銦中紅外線材料與元件(1/2)HAO-HSIUNG LINMinistry of Science and Technology
2004砷銻化銦中紅外線材料與元件(2/2)HAO-HSIUNG LINMinistry of Science and Technology
2004前瞻性量子元件技術-子計畫一:砷銻化鎵/砷化鎵第二型量子井雷射(I)HAO-HSIUNG LINMinistry of Science and Technology
2004前瞻性量子元件-總計畫(I)HAO-HSIUNG LINMinistry of Science and Technology
2004砷化銦量子點之光譜研究HAO-HSIUNG LINMinistry of Science and Technology
2005中紅外線化合物半導體材料與元件(1/2)HAO-HSIUNG LINMinistry of Science and Technology
2005GaAsSb/GaAs量子結構與元件(1/2)HAO-HSIUNG LINMinistry of Science and Technology
2006中紅外線化合物半導體材料與元件(2/2)HAO-HSIUNG LINMinistry of Science and Technology
2006GaAsSb/GaAs量子結構與元件(2/2)HAO-HSIUNG LINMinistry of Science and Technology
2007中紅外線光電半導體材料與元件的研究HAO-HSIUNG LINMinistry of Science and Technology
2007砷化鎵基含銻化合物半導體材料與元件之研究HAO-HSIUNG LINMinistry of Science and Technology
2008中紅外線光電半導體材料與元件的研究HAO-HSIUNG LINMinistry of Science and Technology
2008砷化鎵基含銻化合物半導體材料與元件之研究HAO-HSIUNG LINMinistry of Science and Technology
2009中紅外線光電半導體材料與元件的研究HAO-HSIUNG LINMinistry of Science and Technology
2009砷化鎵基含銻化合物半導體材料與元件之研究HAO-HSIUNG LINMinistry of Science and Technology
2010新穎窄能隙半導體材料與光電元件之研究HAO-HSIUNG LINMinistry of Science and Technology
2010銻氮化物半導體材料與元件的研究HAO-HSIUNG LINMinistry of Science and Technology
2011新穎窄能隙半導體材料與光電元件之研究HAO-HSIUNG LINMinistry of Science and Technology
2011銻氮化物半導體材料與元件的研究HAO-HSIUNG LINMinistry of Science and Technology
2011氮化銦/氧化銦結構之奈米溝渠/奈米線生長研究與高速電晶體應用HAO-HSIUNG LINMinistry of Science and Technology
2012新穎窄能隙半導體材料與光電元件之研究HAO-HSIUNG LINMinistry of Science and Technology
2012銻氮化物半導體材料與元件的研究HAO-HSIUNG LINMinistry of Science and Technology
2012具氮化銦/氧化銦結構之奈米溝渠/奈米線生長研究與高速電晶體應用HAO-HSIUNG LINMinistry of Science and Technology
2013磷砷銻四元合金半導體材料的成長與元件應用HAO-HSIUNG LINMinistry of Science and Technology
2014磷砷銻四元合金半導體材料的成長與元件應用HAO-HSIUNG LINMinistry of Science and Technology
2015磷砷銻四元合金半導體材料的成長與元件應用HAO-HSIUNG LINMinistry of Science and Technology
2016高度不匹配化合物半導體合金的分子束磊晶成長與物理特性之研究HAO-HSIUNG LINMinistry of Science and Technology
2017高度不匹配化合物半導體合金的分子束磊晶成長與物理特性之研究HAO-HSIUNG LINMinistry of Science and Technology
2018高度不匹配化合物半導體合金的分子束磊晶成長與物理特性之研究HAO-HSIUNG LINMinistry of Science and Technology
2010具氮化銦/氧化銦結構之奈米溝渠/奈米線生長研究與高速電晶體應用HAO-HSIUNG LINMinistry of Science and Technology
2002提昇產業技術及人才培育計劃--PDIC用光偵測器之量測.模擬與製程最佳化HAO-HSIUNG LINMinistry of Science and Technology
2003提升產業技術及人才培育研究計畫--類人眼偵測 器的模擬與製程最佳化HAO-HSIUNG LINMinistry of Science and Technology
2015磷砷銻四元合金半導體材料的成長與元件應用研究HAO-HSIUNG LIN
2013含微氮1eV用於多接面太陽能電池之子電池開發研究HAO-HSIUNG LINInstitute of Nuclear Energy Research, AEC
2001正向入射INGAAS系列多重量子井偵檢元件研究SI-CHEN LEEMinistry of Science and Technology
2001數位博物館工作小組-計畫辦公室(III)SI-CHEN LEEMinistry of Science and Technology
2004九十二年度計畫結餘款再運用SI-CHEN LEE
2005奈米紅外線(1~300 um)光源及偵測器(3/3)SI-CHEN LEEMinistry of Science and Technology
2008量子結構雙波段紅外線焦平面陣列元件製作SI-CHEN LEEMinistry of Science and Technology
2010能源國家型科技計畫-計畫辦公室運作計畫SI-CHEN LEEMinistry of Science and Technology
2011能源國家型科技計畫-計畫辦公室設置與運作計畫SI-CHEN LEEMinistry of Science and Technology
2012能源國家型科技計畫-計畫辦公室設置與運作計畫SI-CHEN LEEMinistry of Science and Technology
2013優勢重點領域拔尖計畫【子計畫4-紅外光源之研發與矽光電元件、生物技術和癌症治療之應用】SI-CHEN LEEMinistry of Education
2013能源國家型科技計畫辦公室運作計畫(V)SI-CHEN LEEMinistry of Science and Technology
2014優勢重點領域拔尖計畫【子計畫4-紅外光源之研發與矽光電元件、生物技術和癌症治療之應用】SI-CHEN LEEMinistry of Education
2016窄頻高功率紅外線光源研發SI-CHEN LEE
2018特色領域研究中心【電子科技整合研究中心】SI-CHEN LEEHigher Education Sprout Project
2008家用型雙波段乳癌紅外線診斷系統(2/3)SI-CHEN LEEMinistry of Education
2009能源國家型計畫計畫辦公室設置與運作計畫SI-CHEN LEEMinistry of Science and Technology
2017「台大核心研究群」計畫【窄頻紅外線發射器與偵測器】SI-CHEN LEEThe Aim For The Top University Project
2001非可見光元件與技術之研究及其在植物生長之應用-總計畫:非可見光元件與技術之研究SI-CHEN LEEMinistry of Science and Technology
2001非可見光元件與技術之研究及其在植物生長之應用-子計畫一:INASSB紅外線元件及奈米SI-CHEN LEEMinistry of Science and Technology
2001非晶矽氘及多晶矽材料及元件之研究3/3SI-CHEN LEEMinistry of Science and Technology
2002奈米紅外線(1~300um)光源及偵測器(1/3)SI-CHEN LEEMinistry of Science and Technology
2004高性能主動矩陣有機電激發光顯示:關鍵材料、元件與技術研究-子計畫三:AMOLED關鍵TFT元件及介質薄膜技術研究(1/3)SI-CHEN LEEMinistry of Science and Technology
2005結合奈米結構及光子晶體之紅外線光源與偵測器(1/3)SI-CHEN LEEMinistry of Science and Technology
2005高性能主動矩陣有機電激發光顯示:關鍵材料、元件與技術研究-子計畫三:AMOLED關鍵TFT元件及介質薄膜技術研究(2/3)SI-CHEN LEEMinistry of Science and Technology
2006前瞻奈米紅外線光源及偵測器(2/3)SI-CHEN LEEMinistry of Science and Technology
2006高性能主動矩陣有機電激發光顯示:關鍵材料、元件與技術研究-子計畫三:AMOLED關鍵TFT元件及介質薄膜技術研究(3/3)SI-CHEN LEEMinistry of Science and Technology
2006結合奈米結構及光子晶體之紅外線光源與偵測器(2/3)SI-CHEN LEEMinistry of Science and Technology
2007前瞻奈米紅外線光源及偵測器(3/3)SI-CHEN LEEMinistry of Science and Technology
2007結合奈米結構及光子晶體之紅外線光源與偵測器(3/3)SI-CHEN LEEMinistry of Science and Technology
2008窄頻紅外線光源與偵測器及其在植物與神經細胞上的應用(1/3)SI-CHEN LEEMinistry of Science and Technology
2008用於電子紙顯示器之軟性能量回收主動式矩陣電路SI-CHEN LEEMinistry of Science and Technology
2008能源國家型科技計畫<先期規劃計畫>SI-CHEN LEEMinistry of Science and Technology
2008用於電子紙顯示器之軟性能&#63870;回收主動式矩陣電&#63799;(國科會)SI-CHEN LEEMinistry of Education
2009用於電子紙顯示器之軟性能量回收主動式矩陣電路SI-CHEN LEEMinistry of Science and Technology
2009窄頻紅外線光源與偵測器及其在植物與神經細胞上的應用(2/3)SI-CHEN LEEMinistry of Science and Technology
2010用於電子紙顯示器之軟性能量回收主動式矩陣電路SI-CHEN LEEMinistry of Science and Technology
2010窄頻紅外線光源與偵測器及其在植物與神經細胞上的應用(3/3)SI-CHEN LEEMinistry of Science and Technology
2011利用奈米微結構的高效率可撓式薄膜太陽能電池與異質接面矽晶太陽能電池SI-CHEN LEEMinistry of Science and Technology
20111~10μm窄頻高功率紅外線光源研發及其在矽光子學,生物技術及癌症治療上的應用(1/3)SI-CHEN LEEMinistry of Science and Technology
2012利用奈米微結構的高效率可撓式薄膜太陽能電池與異質接面矽晶太陽能電池SI-CHEN LEEMinistry of Science and Technology
20121~10μm窄頻高功率紅外線光源研發及其在矽光子學,生物技術及癌症治療上的應用(2/3)SI-CHEN LEEMinistry of Science and Technology
2012優勢重點&#63924;域拔尖計畫【子計畫4-紅外光源之研發與矽光電元件、生物技術和癌症治&#63937;之應用】SI-CHEN LEEMinistry of Education
2013利用奈米微結構的高效率可撓式薄膜太陽能電池與異質接面矽晶太陽能電池SI-CHEN LEEMinistry of Science and Technology
20131~10μm窄頻高功率紅外線光源研發及其在矽光子學,生物技術及癌症治療上的應用(3/3)SI-CHEN LEEMinistry of Science and Technology
2013前瞻技術產學合作計畫—7-5nm半導體技術節點研究(1/5)SI-CHEN LEEMinistry of Science and Technology
2014前瞻技術產學合作計畫—7-5nm半導體技術節點研究(2/5)SI-CHEN LEEMinistry of Science and Technology
2015前瞻技術產學合作計畫—7-5nm半導體技術節點研究(3/5)SI-CHEN LEEMinistry of Science and Technology
2016前瞻技術產學合作計畫-7-5nm半導體技術節點研究(4/5)SI-CHEN LEEMinistry of Science and Technology
2017前瞻技術產學合作計畫-7-5nm半導體技術節點研究SI-CHEN LEE
2017前瞻技術產學合作計畫-7-5nm半導體技術節點研究(5/5)SI-CHEN LEEMinistry of Science and Technology
2001補助數位博物館工作小組辦公室辦理APEC及科學週SI-CHEN LEEMinistry of Science and Technology
2004台大基礎教育四年提昇計畫(2002~2006):寫作教學中心暨人文,藝術,科學學程之創設SI-CHEN LEEMinistry of Education
2001結餘款再使用SI-CHEN LEE
2005前瞻奈米紅外線光源及偵測器(1/3)SI-CHEN LEEMinistry of Science and Technology
2013氣的本質與心智科學研究-捐款SI-CHEN LEEDonation
2006家用型雙波段乳癌紅外線診斷系統(1/3)SI-CHEN LEEMinistry of Science and Technology
2007家用型雙波段乳癌紅外線診斷系統(2/3)SI-CHEN LEEMinistry of Science and Technology
2008家用型雙波段乳癌紅外線診斷系統(3/3)SI-CHEN LEEMinistry of Science and Technology
2003奈米紅外線(1~300 um)光源及偵測器(2/3)SI-CHEN LEEMinistry of Science and Technology
2013窄頻高功率紅外線光源研發SI-CHEN LEE
2004資訊電子科技整合研究中心SOO-CHANG PEIMinistry of Education
2006優勢重點領域拔尖計畫/資訊電子科技整合研究中心(核心實驗室)SOO-CHANG PEIMinistry of Education
2006學術領域全面提升/電資學院/學術領域全面提昇SOO-CHANG PEIMinistry of Education
2006學術領域全面提升/電資學院/基礎設施及結構SOO-CHANG PEIMinistry of Education
2006學術領域全面提升/電資學院/推動學術國際化相關措施SOO-CHANG PEIMinistry of Education
2007學術領域全面提升/電資學院/增加研究能量計畫SOO-CHANG PEIMinistry of Education
2007學術領域全面提升/電資學院/產學合作計畫SOO-CHANG PEIMinistry of Education
2007學術領域全面提升/電資學院/推動國際化計畫SOO-CHANG PEIMinistry of Education
2008學術領域全面提升/電資學院/增加研究能量計畫SOO-CHANG PEIMinistry of Education
2008學術領域全面提升/電資學院/推動國際化計畫SOO-CHANG PEIMinistry of Education
2008學術領域全面提升/電資學院/產學合作計畫SOO-CHANG PEIMinistry of Education
2008學術領域全面提升 / 電資學院 / 改善教學品質計畫SOO-CHANG PEIMinistry of Education
2013優勢重點領域拔尖計畫-【子計畫5-具華語文化特色之媒體社群雲端資訊】SOO-CHANG PEIMinistry of Education
2014優勢重點領域拔尖計畫【子計畫5-具華語文化特色之媒體社群雲端資訊】SOO-CHANG PEIMinistry of Education
2015優勢重點領域拔尖計畫【子計畫5-具華語文化特色之媒體社群雲端資訊】SOO-CHANG PEIMinistry of Education
2016優勢重點領域拔尖計畫【子計畫5-具華語文化特色之媒體社群雲端資訊】SOO-CHANG PEIMinistry of Education
2016人機共生之感知關鍵技術(1/4)SOO-CHANG PEIMinistry of Science and Technology
2017人機共生之感知關鍵技術(2/4)SOO-CHANG PEIMinistry of Science and Technology
2018人機共生之感知關鍵技術(3/4)SOO-CHANG PEIMinistry of Science and Technology
2009國家講座97年度第2期及98年度第1期補助經費SOO-CHANG PEIMinistry of Education
2010國家講座98年度第1期及98年度第2期補助經費SOO-CHANG PEIMinistry of Education
2011國家講座98年度第2期及99年度第1期補助經費SOO-CHANG PEIMinistry of Education
2004數位影像變形及內插處理器之研究SOO-CHANG PEIMinistry of Science and Technology
2004資訊電子科技整合研究中心SOO-CHANG PEIMinistry of Education
2017「台大核心研究群」計畫【色彩在影像視訊的分析、處&#63972;及應用】SOO-CHANG PEIThe Aim For The Top University Project
2001多媒體訊號處理(III)-總計畫SOO-CHANG PEIMinistry of Science and Technology
2001多媒體訊號處理(III)-子計畫一:多媒體數位浮水印技術(電信科技合作案)SOO-CHANG PEIMinistry of Science and Technology
2001離散分數訊號轉換之研究(3/3)SOO-CHANG PEIMinistry of Science and Technology
2001多媒體數位浮水印技術(III)SOO-CHANG PEI
2002具線性限制的IIR埃根濾波器設計SOO-CHANG PEIMinistry of Science and Technology
2002智慧型音視訊和傳輸技術及多媒体應用--子計畫一:視訊的智慧高階處理(1/3)SOO-CHANG PEIMinistry of Science and Technology
2002智慧型音視訊和傳輸技術及多媒体應用-- 總計畫(1/3)SOO-CHANG PEIMinistry of Science and Technology
2003數位式離散分數訊號轉換及其應用(1/3)SOO-CHANG PEIMinistry of Science and Technology
2003智慧型音視訊和傳輸技術及多媒體應用-總計畫(2/3)SOO-CHANG PEIMinistry of Science and Technology
2003智慧型音視訊和傳輸技術及多媒體應用-子計畫一:視訊的智慧型高階處理(2/3)SOO-CHANG PEIMinistry of Science and Technology
2004數位式離散分數訊號轉換及其應用(2/3)SOO-CHANG PEIMinistry of Science and Technology
2004智慧型音視訊和傳輸技術及多媒體應用-子計畫一:視訊的智慧型高階處理(3/3)SOO-CHANG PEIMinistry of Science and Technology
2004智慧型音視訊和傳輸技術及多媒體應用-總計畫(3/3)SOO-CHANG PEIMinistry of Science and Technology
2005數位式離散分數訊號轉換及其應用(3/3)SOO-CHANG PEIMinistry of Science and Technology
2005多媒體影音高階處理、傳輸及設計-總計畫:多媒體影音高階處理、傳輸及設計(1/3)SOO-CHANG PEIMinistry of Science and Technology
2005多媒體影音高階處理、傳輸及設計-子計畫一:球賽視訊的場景偵測,分類與總覽(1/3)SOO-CHANG PEIMinistry of Science and Technology
2006多媒體影音高階處理、傳輸及設計-總計畫:多媒體影音高階處理、傳輸及設計(2/3)SOO-CHANG PEIMinistry of Science and Technology
2006多媒體影音高階處理、傳輸及設計-子計畫一:球賽視訊的場景偵測,分類與總覽(2/3)SOO-CHANG PEIMinistry of Science and Technology
2006離散分數傅立葉轉換及其應用SOO-CHANG PEIMinistry of Science and Technology
2007離散分數傅立葉轉換及其應用SOO-CHANG PEIMinistry of Science and Technology
2007多媒體影音高階處理、傳輸及設計-總計畫:多媒體影音高階處理、傳輸及設計(3/3)SOO-CHANG PEIMinistry of Science and Technology
2007多媒體影音高階處理、傳輸及設計-子計畫一:球賽視訊的場景偵測,分類與總覽(3/3)SOO-CHANG PEIMinistry of Science and Technology
2008離散分數傅立葉轉換及其應用SOO-CHANG PEIMinistry of Science and Technology
2008總計畫:智慧型視訊訊號處理-智慧型視訊訊號處理SOO-CHANG PEIMinistry of Science and Technology
2008總計畫:智慧型視訊訊號處理-子計畫一:移動物體的視訊訊號分析,偵測及動作辨識SOO-CHANG PEIMinistry of Science and Technology
2009總計畫:智慧型視訊訊號處理-智慧型視訊訊號處理SOO-CHANG PEIMinistry of Science and Technology
2009總計畫:智慧型視訊訊號處理-子計畫一:移動物體的視訊訊號分析,偵測及動作辨識SOO-CHANG PEIMinistry of Science and Technology
2009離散分數傅立葉轉換埃根向量的研究及其應用SOO-CHANG PEIMinistry of Science and Technology
2010總計畫:智慧型視訊訊號處理-智慧型視訊訊號處理SOO-CHANG PEIMinistry of Science and Technology
2010總計畫:智慧型視訊訊號處理-子計畫一:移動物體的視訊訊號分析,偵測及動作辨識SOO-CHANG PEIMinistry of Science and Technology
2010離散分數傅立葉轉換埃根向量的研究及其應用SOO-CHANG PEIMinistry of Science and Technology
2011離散分數傅立葉轉換埃根向量的研究及其應用SOO-CHANG PEIMinistry of Science and Technology
2011多媒體音視訊訊號處理及通訊-子計畫一:多媒體影像及視訊品質研究SOO-CHANG PEIMinistry of Science and Technology
2011多媒體音視訊訊號處理及通訊-總計畫:多媒體音視訊訊號處理及通訊SOO-CHANG PEIMinistry of Science and Technology
2011感知寬頻雲端技術及其應用—子計畫五:雲端資訊:具華語文化特色之媒體社群雲端資訊SOO-CHANG PEIMinistry of Education
2012多媒體音視訊訊號處理及通訊-子計畫一:多媒體影像及視訊品質研究SOO-CHANG PEIMinistry of Science and Technology
2012多媒體音視訊訊號處理及通訊-總計畫:多媒體音視訊訊號處理及通訊SOO-CHANG PEIMinistry of Science and Technology
2012離散線性正規轉換之研究SOO-CHANG PEIMinistry of Science and Technology
2012優勢重點&#63924;域拔尖計畫【子計畫5-具華語文化特色之媒體社群雲端資訊】SOO-CHANG PEIMinistry of Education
2013多媒體音視訊訊號處理及通訊-子計畫一:多媒體影像及視訊品質研究SOO-CHANG PEIMinistry of Science and Technology
2013多媒體音視訊訊號處理及通訊-總計畫:多媒體音視訊訊號處理及通訊SOO-CHANG PEIMinistry of Science and Technology
2013離散線性正規轉換之研究SOO-CHANG PEIMinistry of Science and Technology
2014離散線性正規轉換之研究SOO-CHANG PEIMinistry of Science and Technology
2014色彩轉換技術及其應用(1/3)SOO-CHANG PEIMinistry of Science and Technology
2015色彩轉換技術及其應用(2/3)SOO-CHANG PEIMinistry of Science and Technology
2015線性完整轉換的理論, 演算法及訊號處理SOO-CHANG PEIMinistry of Science and Technology
2016線性完整轉換的理論, 演算法及訊號處理SOO-CHANG PEIMinistry of Science and Technology
2016優勢重點領域拔尖計畫【子計畫5 具華語文化特色之媒體社群雲端資訊】SOO-CHANG PEIMinistry of Education
2016色彩轉換技術及其應用(3/3)SOO-CHANG PEIMinistry of Science and Technology
2017線性完整轉換的理論, 演算法及訊號處理SOO-CHANG PEIMinistry of Science and Technology
2017圖學與圖形訊號處理SOO-CHANG PEIMinistry of Science and Technology
2018圖學與圖形訊號處理SOO-CHANG PEIMinistry of Science and Technology
2018適應性時頻分析與線性完整轉換SOO-CHANG PEIMinistry of Science and Technology
2017具增益微光纖的製作與新穎微光纖元件的開發LON A. WANGDonation
2018新穎全光學被動式眼壓量測元件的原型開發與其功效驗證(II)LON A. WANGMinistry of Science and Technology
2001智慧型寬頻光纖通信網路研究-子計畫五:光柵模組在光通信系統之應用(3/3)LON A. WANGMinistry of Science and Technology
2002新型光纖光柵元組件的開發與其應用研究(1/3)LON A. WANGMinistry of Science and Technology
2003新型光纖光柵元組件的開發與其應用研究(2/3)LON A. WANGMinistry of Science and Technology
2004奈米壓印系統設備開發及製程研究-子計畫二:奈米壓印用母模研製與元件製作量測LON A. WANGMinistry of Science and Technology
2004新型光纖光柵元組件的開發與其應用研究(3/3)LON A. WANGMinistry of Science and Technology
2005奈米壓印系統設備開發及製程研究-子計畫二:奈米壓印用母模研製與元件製作量測LON A. WANGMinistry of Science and Technology
2006大面積平面與曲面寬頻抗反射層的研發LON A. WANGMinistry of Science and Technology
2006微米導光線與其基本元件的研發及在光連接上的應用LON A. WANGMinistry of Science and Technology
2007微米導光線與其基本元件的研發及在光連接上的應用LON A. WANGMinistry of Science and Technology
2008微米導光線與其基本元件的研發及在光連接上的應用LON A. WANGMinistry of Science and Technology
2009曲面上複合微奈米結構之研製及其光學元件應用研究LON A. WANGMinistry of Science and Technology
2010兩種光纖干涉微影系統的建構與驗證LON A. WANGMinistry of Science and Technology
2011兩種光纖干涉微影系統的建構與驗證LON A. WANGMinistry of Science and Technology
2011微光纖雷射與微光纖線圈之製作與其應用LON A. WANGMinistry of Science and Technology
2012微光纖雷射與微光纖線圈之製作與其應用LON A. WANGMinistry of Science and Technology
2012矽核光纖的製備與光學特性量測LON A. WANGMinistry of Science and Technology
2013矽核光纖的製備與光學特性量測LON A. WANGMinistry of Science and Technology
2014具增益微光纖的製作與新穎微光纖元件的開發LON A. WANGMinistry of Science and Technology
2015具增益微光纖的製作與新穎微光纖元件的開發LON A. WANGMinistry of Science and Technology
2016具增益微光纖的製作與新穎微光纖元件的開發LON A. WANGMinistry of Science and Technology
2017以矽核光纖為基礎的光電元件與光纖感測元件的開發LON A. WANGMinistry of Science and Technology
2018以矽核光纖為基礎的光電元件與光纖感測元件的開發LON A. WANGMinistry of Science and Technology
2019以矽核光纖為基礎的光電元件與光纖感測元件的開發LON A. WANGMinistry of Science and Technology
2017新穎全光學被動式眼壓量測元件的原型開發與其功效驗證LON A. WANGMinistry of Science and Technology
2001乾式蝕刻法製作之共振腔評估技術CHIH-CHUNG YANG
2005前瞻性發光元件應用之寬能隙氮化合物材料研究(III)CHIH-CHUNG YANGMinistry of Science and Technology
2005影像顯示科技人才培育計畫--北北區影像顯示科技人才培育計畫CHIH-CHUNG YANGAdvisory Office, MOE
2006影像顯示科技人才培育計畫--北北區影像顯示科技人才培育計畫CHIH-CHUNG YANGAdvisory Office, MOE
200796年度影像顯示科技人才培育計畫-影像顯示科技光電科技特色中心CHIH-CHUNG YANGMinistry of Education
2008高效能白光發光二極體研發-總計畫CHIH-CHUNG YANGMinistry of Science and Technology
2008高效能白光發光二極體研發-子計畫一:高效率全氮化銦鎵白光發光二極體材料生長CHIH-CHUNG YANGMinistry of Science and Technology
2008影像顯示科技人才培育計畫CHIH-CHUNG YANGMinistry of Education
2013優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】CHIH-CHUNG YANGMinistry of Education
2014優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】CHIH-CHUNG YANGMinistry of Education
2015人力結構改善/光電所/規則排列多節奈米柱發光二極體陣列之生長CHIH-CHUNG YANGMinistry of Education
2015優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】CHIH-CHUNG YANGMinistry of Education
2016人力結構改善/光電所/橢圓外型截面變化的多截氮化鎵奈米柱發光二極體陣列生長與製程CHIH-CHUNG YANGMinistry of Education
2016優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】CHIH-CHUNG YANGMinistry of Education
2017人力結構改善/光電所/規則排列多節奈米柱發光二極體陣列之生長CHIH-CHUNG YANGMinistry of Education
2018人力結構改善/光電所/利用具抗反射與表面電漿子耦合作用之透明導電奈米結構的矽太陽能電池CHIH-CHUNG YANGThe Aim For The Top University Project
2004國立大學矽導相關系所人才培育計畫CHIH-CHUNG YANGMinistry of Education
2001台灣大學楊志忠教授赴美參加雷射與光電研討會(CLEO)(國外差旅費)CHIH-CHUNG YANGMinistry of Science and Technology
2003新世代顯示科技人才培育研討會計畫CHIH-CHUNG YANGMinistry of Science and Technology
2004影像顯示科技人才培育計畫-北北地區影像顯示科技人才培育中心計畫CHIH-CHUNG YANGAdvisory Office, MOE
2016人力結構改善/光電所/規則排列多節奈米柱發光二極體列陣之生長CHIH-CHUNG YANGMinistry of Education
2017人力結構改善/光電所/利用具抗反射與表面電漿子耦合作用之透明導電奈米結構的矽太陽能電池CHIH-CHUNG YANGThe Aim For The Top University Project
2018人力結構改善/光電所/利用表面電漿子耦合作用提昇發光顏色轉換效率CHIH-CHUNG YANGHigher Education Sprout Project
2001氮化鎵系列化合物光電及材料特性研究CHIH-CHUNG YANGMinistry of Science and Technology
2001光纖通訊應用光電元件製作及數值模擬-子計畫一:光纖通訊應用之非線性光學光電元件CHIH-CHUNG YANGMinistry of Science and Technology
2001光纖通訊應用光電元件製作及數值模擬-總計畫:光纖通訊應用光電元件製作及數值模擬CHIH-CHUNG YANGMinistry of Science and Technology
2002新型光纖通訊光纖與半導體元件(I)CHIH-CHUNG YANGMinistry of Science and Technology
2002前瞻性發光元件應用之寬能隙氮化合物材料研究(1/2)CHIH-CHUNG YANGMinistry of Science and Technology
2003自組成氮化銦鎵量子點研究(1/3)CHIH-CHUNG YANGMinistry of Science and Technology
2003前瞻性發光元件應用之寬能隙氮化合物材料研究(2/2)CHIH-CHUNG YANGMinistry of Science and Technology
2004自組成氮化銦鎵量子點研究(2/3)CHIH-CHUNG YANGMinistry of Science and Technology
2005自組成氮化銦鎵量子點研究(3/3)CHIH-CHUNG YANGMinistry of Science and Technology
2006氮化銦鎵奈米結構及能源科技應用研究(1/3)CHIH-CHUNG YANGMinistry of Science and Technology
2006無螢光粉全半導體單片白光發光二極體CHIH-CHUNG YANGMinistry of Science and Technology
2006優勢重點領域拔尖計畫/奈米科技研究中心/奈米材料結構發光特性研究CHIH-CHUNG YANGMinistry of Education
2007優勢重點領域拔尖計畫/奈米科技研究中心/奈米材料結構發光特性研究CHIH-CHUNG YANGMinistry of Education
2007氮化銦鎵奈米結構及能源科技應用研究(2/3)CHIH-CHUNG YANGMinistry of Science and Technology
2007全氮化銦鎵白光及偏振化發光二極體之研製CHIH-CHUNG YANGMinistry of Science and Technology
2008全氮化銦鎵白光及偏振化發光二極體之研製CHIH-CHUNG YANGMinistry of Science and Technology
2008氮化銦鎵奈米結構及能源科技應用研究(3/3)CHIH-CHUNG YANGMinistry of Science and Technology
2008優勢重點領域拔尖計畫/奈米科技研究中心/奈米光電半導體材料研究CHIH-CHUNG YANGMinistry of Education
2008以光電技術從事非侵入式口腔癌之早期診斷(國衛院)CHIH-CHUNG YANGMinistry of Education
2008促進產學合作先導型研究計畫/電資學院/具實用性之光子晶體發光二極體製作技術CHIH-CHUNG YANGMinistry of Education
2009全氮化銦鎵白光及偏振化發光二極體之研製CHIH-CHUNG YANGMinistry of Science and Technology
2009奈米光電半導體材料研究CHIH-CHUNG YANGMinistry of Education
2009全氮化銦鎵白光及偏振化發光二極體之研製(國科會)CHIH-CHUNG YANGMinistry of Education
2009高效率發光二極體之製作研發(2/2)CHIH-CHUNG YANGMinistry of Science and Technology
2010具有表面電漿子耦合效應之發光二極體結構生長與元件製作CHIH-CHUNG YANGMinistry of Science and Technology
2010高效率垂直型發光二極體之研發(1/3)CHIH-CHUNG YANGMinistry of Science and Technology
2010子計畫三:奈米光電半導體材料研究CHIH-CHUNG YANGMinistry of Education
2011具有表面電漿子耦合效應之發光二極體結構生長與元件製作CHIH-CHUNG YANGMinistry of Science and Technology
2011高效率垂直型發光二極體之研發(2/3)CHIH-CHUNG YANGMinistry of Science and Technology
2011子計畫五:光電應用之寬能隙半導體及金屬奈米結構CHIH-CHUNG YANGMinistry of Education
2011子計畫五:光電應用之寬能隙半導體及金屬奈米結構CHIH-CHUNG YANGMinistry of Education
2012具有表面電漿子耦合效應之發光二極體結構生長與元件製作CHIH-CHUNG YANGMinistry of Science and Technology
2012 利用奈米結構來提升長波長氮化物發光二極體效率之技術(1/3)CHIH-CHUNG YANGMinistry of Science and Technology
2012優勢重點領域拔尖計畫【子計畫5-光電應用之寬能隙半導體及金屬奈米結構】CHIH-CHUNG YANGMinistry of Education
2012高效率垂直型發光二極體之研發(3/3)CHIH-CHUNG YANGMinistry of Science and Technology
2013發光二極體內表面電漿子之耦合機制研究CHIH-CHUNG YANGMinistry of Science and Technology
2013學研合作計畫-利用奈米結構來提升長波長氮化物發光二極體效率之技術(2/3)CHIH-CHUNG YANGMinistry of Science and Technology
2014發光二極體內表面電漿子之耦合機制研究CHIH-CHUNG YANGMinistry of Science and Technology
2014 利用奈米結構來提升長波長氮化物發光二極體效率之技術(3/3)CHIH-CHUNG YANGMinistry of Science and Technology
2015發光二極體內表面電漿子之耦合機制研究CHIH-CHUNG YANGMinistry of Science and Technology
2015利用奈米光子學及半導體奈米結構提升紫外發光二極體之效率(1/3)CHIH-CHUNG YANGMinistry of Science and Technology
2016優勢重點領域拔尖計畫【子計畫5 光電應用之寬能隙半導體及金屬奈米結構】CHIH-CHUNG YANGMinistry of Education
2016基於氮化鎵奈米柱生長的發光元件CHIH-CHUNG YANGMinistry of Science and Technology
2017基於氮化鎵奈米柱生長的發光元件CHIH-CHUNG YANGMinistry of Science and Technology
2017新穎表面電漿子材料與奈米結構及其元件應用CHIH-CHUNG YANGMinistry of Science and Technology
2018基於氮化鎵奈米柱生長的發光元件CHIH-CHUNG YANGMinistry of Science and Technology
2018新穎表面電漿子材料與奈米結構及其元件應用CHIH-CHUNG YANGMinistry of Science and Technology
2019新穎表面電漿子材料與奈米結構及其元件應用CHIH-CHUNG YANGMinistry of Science and Technology
2008台&#63781;&#63991;國合計畫-能源技術應用之氮化物與氧化物半導體&#63756;米結構研究(1/3)CHIH-CHUNG YANGMinistry of Science and Technology
2008高效率發光二極體之製作研發(1/2)CHIH-CHUNG YANGMinistry of Science and Technology
2013基於金奈米顆粒的癌細胞多功能光學標記與滅活技術--金奈米環表面電漿子共振之癌細胞標記與滅活CHIH-CHUNG YANGMinistry of Science and Technology
2014基於金奈米顆粒的癌細胞多功能光學標記與滅活技術--金奈米環表面電漿子共振之癌細胞標記與滅活CHIH-CHUNG YANGMinistry of Science and Technology
2015基於金奈米顆粒的癌細胞多功能光學標記與滅活技術--金奈米環表面電漿子共振之癌細胞標記與滅活CHIH-CHUNG YANGMinistry of Science and Technology
2016光電所楊志忠教授教學研究專用款CHIH-CHUNG YANGDonation
2009以自體螢光結合光學同調斷層掃瞄技術早期診斷口腔癌前病變及口腔癌並追蹤其治療情況(1/3)CHIH-CHUNG YANGMinistry of Science and Technology
2010以自體螢光結合光學同調斷層掃瞄技術早期診斷口腔癌前病變及口腔癌並追蹤其治療情況(2/3)CHIH-CHUNG YANGMinistry of Science and Technology
2011以自體螢光結合光學同調斷層掃瞄技術早期診斷口腔癌前病變及口腔癌並追蹤其治療情況(3/3)CHIH-CHUNG YANGMinistry of Science and Technology
2015低效率滑落效應與高調制頻寬之薄p-型層發光二極體(1/2)CHIH-CHUNG YANGMinistry of Science and Technology
2016低效率滑落效應與高調制頻寬之薄p-型層發光二極體(2/2)CHIH-CHUNG YANGMinistry of Science and Technology
2012人力結構改善/光電所/在矽基板上生長氮化銦鎵/氮化錠量子井發光二極體結構CHIH-CHUNG YANGMinistry of Education
2013人力結構改善/光電所/圖案化矽(110)基板上發光二極體技術發展CHIH-CHUNG YANGMinistry of Education
2014人力結構改善/光電所/截面漸縮氮化鎵奈米柱生長及其於白光發光二極體技術發展CHIH-CHUNG YANGMinistry of Education
2011有機無機混成薄膜太陽能電池(1/2)CHING-FUH LINMinistry of Science and Technology
2012有機無機混成薄膜太陽能電池(2/2)CHING-FUH LINMinistry of Science and Technology
2012固態染料敏化電池CHING-FUH LINMinistry of Science and Technology
2012改善基礎建設—跨領域教學研究設施全面改善【光電創新研究中心運作計畫】CHING-FUH LINMinistry of Education
2012國際合作研究計畫與境外頂尖大學簽訂策略聯盟【矽光子元件和應用】CHING-FUH LINMinistry of Education
2013人力結構改善/光電所/新型高效率奈米結構太陽能電池之研製CHING-FUH LINMinistry of Education
2013國際合作研究計畫與境外頂尖大學簽訂策&#63862;&#63895;盟【矽光子元件和應用】CHING-FUH LINMinistry of Education
2013改善前瞻研究領航計畫【前瞻顯示和照明元件】CHING-FUH LINMinistry of Education
2013改善基礎建設—跨領域教學研究設施全面改善【光電創新研究中心運作計畫】CHING-FUH LINMinistry of Education
2014改善前瞻研究領航計畫【前瞻顯示和照明元件】CHING-FUH LINMinistry of Education
2014國際合作研究計畫與境外頂尖大學簽訂策&#63862;&#63895;盟【矽光子元件和應用】CHING-FUH LINMinistry of Education
2014電漿增強有機太陽能電池CHING-FUH LINMinistry of Science and Technology
2015國際合作研究計畫-跨國頂尖研究中心【矽光子元件和應用】CHING-FUH LINMinistry of Education
2015改善前瞻研究領航計畫【前瞻顯示和照明元件】CHING-FUH LINMinistry of Education
2018特色領域研究中心【子計畫 1 物聯網健康照護三度儀】CHING-FUH LINHigher Education Sprout Project
2013低成本高效率之有機無機混合太陽能電池CHING-FUH LINMinistry of Science and Technology
2005矽基板上之發光元件(I)CHING-FUH LINMinistry of Science and Technology
2011反向結構低能隙高分子太陽能電池CHING-FUH LINMinistry of Science and Technology
2012反向結構低能隙高分子太陽能電池CHING-FUH LINMinistry of Science and Technology
2013反向結構低能隙高分子太陽能電池CHING-FUH LINMinistry of Science and Technology
2001間接能隙材料電激發光之研究(1/3)產學合作計畫CHING-FUH LINMinistry of Science and Technology
2002間接能隙材料激發光之研究(2/3)產學合作計畫CHING-FUH LINMinistry of Science and Technology
2012改善基礎建設—跨領域教學研究設施全面改善【光電創新研究中心運作計畫】CHING-FUH LINMinistry of Education
2010軟性電子跨領域計畫赴歐參訪CHING-FUH LINMinistry of Science and Technology
2012科學工業園研發精進產學合作計畫—N型高效率太陽能電池(20%)及其高效能模組封裝之研發CHING-FUH LINCentral Taiwan Science Park Bureau, MOST
2017「台大核心研究群」計畫【矽基高解析&#64001;低成本隨身光譜儀】CHING-FUH LINThe Aim For The Top University Project
2001非可見光元件與技術之研究及其在植物生長之應用-子計畫三:利用半導體雷射幫浦技術以產CHING-FUH LINMinistry of Science and Technology
2002奈米光粒子合成主動光閘晶體結構製作與應用--奈米粒子與光學晶體上之光電元件製作和研究(1/2)CHING-FUH LINMinistry of Science and Technology
2002極寬頻半導體光放大器(1/2)CHING-FUH LINMinistry of Science and Technology
2014共振式太陽能電池CHIEH-HSIUNG KUANMinistry of Science and Technology
2008人力結構改善/電機資訊學院/參與電子束微影系統(E-Beam實驗室)研究計畫及管理CHIEH-HSIUNG KUANMinistry of Education
2010人力結構改善/電機資訊學院/參與電子束微影系統(E-Beam實驗室)研究計畫及管理CHIEH-HSIUNG KUANMinistry of Education
2001新穎光電材料與奈米結構元件之研究-子計畫三:利用光電流雜訊來研究區域性能階的光電CHIEH-HSIUNG KUANMinistry of Science and Technology
2001非可見光元件與技術之研究及其在植物生長之應用-子計畫二:超晶格紅外線偵測器及發光CHIEH-HSIUNG KUANMinistry of Science and Technology
2002兼具偵測多波段紅外線及可見光的偵測器陣列模組之研發(1/3)CHIEH-HSIUNG KUANMinistry of Science and Technology
2003兼具偵測多波段紅外線及可見光的偵測器陣列模組之研發(2/3)CHIEH-HSIUNG KUANMinistry of Science and Technology
2004兼具偵測多波段紅外線及可見光的偵測器陣列模組之研發(3/3)CHIEH-HSIUNG KUANMinistry of Science and Technology
2004矽鍺量子點奈米級記憶元件及陣列之製作與研究(1/3)CHIEH-HSIUNG KUANMinistry of Science and Technology
2004微流體黏滯度分析系統之設計與研製CHIEH-HSIUNG KUANMinistry of Science and Technology
2005可低偏高溫操作且正向頂面入射的超晶格紅外線偵測器及陣列的研發(1/3)CHIEH-HSIUNG KUANMinistry of Science and Technology
2005矽鍺量子點奈米級記憶元件及陣列之製作與研究(2/3)CHIEH-HSIUNG KUANMinistry of Science and Technology
2006矽鍺量子點奈米級記憶元件及陣列之製作與研究(3/3)CHIEH-HSIUNG KUANMinistry of Science and Technology
2006可低偏高溫操作且正向頂面入射的超晶格紅外線偵測器及陣列的研發(2/3)CHIEH-HSIUNG KUANMinistry of Science and Technology
2007可低偏高溫操作且正向頂面入射的超晶格紅外線偵測器及陣列的研發(3/3)CHIEH-HSIUNG KUANMinistry of Science and Technology
2007離子的高敏感度交流電性量測並以紅外線頻譜作輔助分析CHIEH-HSIUNG KUANMinistry of Science and Technology
2008離子的高敏感度交流電性量測並以紅外線頻譜作輔助分析CHIEH-HSIUNG KUANMinistry of Science and Technology
2008整合雙能障超晶格及量子井紅外線偵測器以達到高偵測率高響應及高溫操作CHIEH-HSIUNG KUANMinistry of Science and Technology
2009離子的高敏感度交流電性量測並以紅外線頻譜作輔助分析CHIEH-HSIUNG KUANMinistry of Science and Technology
2009整合雙能障超晶格及量子井紅外線偵測器以達到高偵測率高響應及高溫操作CHIEH-HSIUNG KUANMinistry of Science and Technology
2010整合雙能障超晶格及量子井紅外線偵測器以達到高偵測率高響應及高溫操作CHIEH-HSIUNG KUANMinistry of Science and Technology
2011發展奈米結構增強光偵測與光發射CHIEH-HSIUNG KUANMinistry of Science and Technology
2012應用奈米結構以提升光偵測器特性以及電子束微影解析度CHIEH-HSIUNG KUANMinistry of Science and Technology
2013發展電子束微影技術與聚焦離子束技術於製作三維微結構CHIEH-HSIUNG KUANMinistry of Science and Technology
2014發展電子束微影技術與聚焦離子束技術於製作三維微結構CHIEH-HSIUNG KUANMinistry of Science and Technology
2015發展電子束微影技術與聚焦離子束技術於製作三維微結構CHIEH-HSIUNG KUANMinistry of Science and Technology
2016應用微/奈米圖案化基板技術開發高效能氮化鎵類高電子遷移率電晶體與紫外光發光二極體CHIEH-HSIUNG KUANMinistry of Science and Technology
2017應用微/奈米圖案化基板技術開發高效能氮化鎵類高電子遷移率電晶體與紫外光發光二極體CHIEH-HSIUNG KUANMinistry of Science and Technology
2018應用微/奈米圖案化基板技術開發高效能氮化鎵類高電子遷移率電晶體與紫外光發光二極體CHIEH-HSIUNG KUANMinistry of Science and Technology
2013發展聚焦離子束技術於製作三維微結構CHIEH-HSIUNG KUAN
2011邁頂人力結構改善/電子所/以接地金屬奈米結構防止電子束微影、掃描電子顯微鏡及聚焦離子束系統中之基板電荷累積CHIEH-HSIUNG KUANMinistry of Education
2012人力結構改善/電子所/發展聚焦離子束技術於製作三維微結構CHIEH-HSIUNG KUANMinistry of Education
2016多重量子井紅外線光譜偵測系統晶片CHIEH-HSIUNG KUAN
2004可供四吋到八吋及破片作晶圓鍵結之快熱製程機台(Ⅱ)CHEE-WEE LIUMinistry of Science and Technology
2005可供四吋到八吋及破片作晶圓鍵結之快熱製程機台(III)CHEE-WEE LIUMinistry of Science and Technology
2008應用電漿浸沒離子佈植(PIII)與晶圓鍵結技術製造SOI及GOI半導體材料研究(2/3)CHEE-WEE LIUMinistry of Science and Technology
2009優勢重點領域拔尖計畫/奈米科技研究中心/新穎紅外光元件及運用CHEE-WEE LIUMinistry of Education
2009應用電漿浸沒離子佈植(PIII)與晶圓鍵結技術製造SOI及GOI半導體材料研究(3/3)CHEE-WEE LIUMinistry of Science and Technology
2010台俄國合計畫-適用於偵測兆赫頻率元件之量子點與量子環奈米結構CHEE-WEE LIUMinistry of Science and Technology
2010電漿&#63978;子佈植技術應用於太陽能電池(包含單/多晶矽、薄膜型太陽能電池以及銅銦硒化鎵太陽能電池)CHEE-WEE LIUMinistry of Science and Technology
2011台俄國合計畫-適用於偵測兆赫頻率元件之量子點與量子環奈米結構CHEE-WEE LIUMinistry of Science and Technology
2012台俄國合計畫-適用於偵測兆赫頻率元件之量子點與量子環奈米結構CHEE-WEE LIUMinistry of Science and Technology
2012N型矽基板太陽能電池模擬製作和分析CHEE-WEE LIUMinistry of Science and Technology
2013降低材料缺陷及暗電流之高效率矽基及銅銦(鎵)硒太陽電池CHEE-WEE LIUMinistry of Science and Technology
2013優勢重點&#63924;域拔尖計畫【子計畫4-紅外光源之研發與矽光電元件、生物技術和癌症治&#63937;之應用】CHEE-WEE LIUMinistry of Education
2014優勢重點&#63924;域拔尖計畫【子計畫4-紅外光源之研發與矽光電元件、生物技術和癌症治&#63937;之應用】CHEE-WEE LIUMinistry of Education
2014三維光學與N型指叉式背電極太陽能電池設計與製作CHEE-WEE LIUMinistry of Science and Technology
2015高效率(>20%)薄型單晶矽太陽能電池之模擬設計分析與實踐方法研究CHEE-WEE LIUMinistry of Science and Technology
2007應用電漿浸沒離子佈植(PIII)與晶圓鍵結技術製造SOI及GOI半導體材料研究(1/3)CHEE-WEE LIUMinistry of Science and Technology
2009EU-Taiwan 450mm 晶圓技術研討會CHEE-WEE LIUMinistry of Science and Technology
2005絕緣層上鍺的技術和量測CHEE-WEE LIUMinistry of Science and Technology
2006應用於CMOS影像感測器上的透明膜玻璃雷射切割技術CHEE-WEE LIUMinistry of Science and Technology
2011高效率薄膜太陽能電池之新材料特性量測、元件模擬、結構設計最佳化與高鍍率製程開發CHEE-WEE LIUCentral Taiwan Science Park Bureau, MOST
2018下世代技術節點的材料、製程、元件及電路熱模擬之關鍵技術-總計畫暨子計畫一:高遷移率材料、製程、多層疊元件及熱電路模型(1/2)CHEE-WEE LIUMinistry of Science and Technology
2002提升產業技術及人才培育研究計畫-用於快熱製程機台的新型多平面反射體設計CHEE-WEE LIUMinistry of Science and Technology
2003增強照射均勻度的快熱製程機台反射体之製作與可靠度測試CHEE-WEE LIUMinistry of Science and Technology
2009高介電/金屬閘極與快速矽鍺通道之節能奈米和記憶元件CHEE-WEE LIUMinistry of Economic Affairs
2010Micro/Namo-Electronics & Embedded SystemsCHEE-WEE LIUMinistry of Science and Technology
2010台印Micro/Nano-Electronics & Embedded SystemsCHEE-WEE LIUMinistry of Science and Technology
2018高等教育深耕計畫-核心研究群計畫【高遷移率元件電路的熱終極問題】CHEE-WEE LIUHigher Education Sprout Project
2017半金屬材料用於高密度、低功耗、奈米積體電路(1/3)CHEE-WEE LIUMinistry of Science and Technology
2001快速熱機台設備及製程研發3/3--子計畫二:超高真空快熱化學沈積反應機台之製作與應用CHEE-WEE LIUMinistry of Science and Technology
2001矽新型元件及模組技術研發(1/3)-子計畫二:矽(鍺)CMOS光電技術及光連接應用CHEE-WEE LIUMinistry of Science and Technology
2002矽新型元件及模組技術開發(2/3)-子計畫二:矽(鍺)CMOS光電技術及光連接應用CHEE-WEE LIUMinistry of Science and Technology
2002應變矽技術之元最佳化與缺陷減低(1/3)CHEE-WEE LIUMinistry of Science and Technology
2003應變矽技術之元件最佳化與缺陷減低(2/3)CHEE-WEE LIUMinistry of Science and Technology
2003矽新型元件及模組技術研發-子計畫二:矽(鍺)CMOS光電技術及光連接應用(3/3)CHEE-WEE LIUMinistry of Science and Technology
2004應變矽技術之元件最佳化與缺陷減低(3/3)CHEE-WEE LIUMinistry of Science and Technology
2004前瞻矽鍺/高介電質/金屬閘極元件與模組技術-子計畫四:矽鍺/高介電質/金屬閘極光電元件與模組技術(I)CHEE-WEE LIUMinistry of Science and Technology
2004前瞻矽鍺/高介電質/金屬閘極元件與模組技術-總計畫(I)CHEE-WEE LIUMinistry of Science and Technology
2005先進CMOS元件及製程研究-子計畫四:遷移率增強技術(1/3)CHEE-WEE LIUMinistry of Science and Technology
2005長波長矽鍺金氧半光電元件(1/3)CHEE-WEE LIUMinistry of Science and Technology
2006先進CMOS元件及製程研究-子計畫四:遷移率增強技術(2/3)CHEE-WEE LIUMinistry of Science and Technology
2006長波長矽鍺金氧半光電元件(2/3)CHEE-WEE LIUMinistry of Science and Technology
2006優勢重點領域拔尖計畫/奈米科技研究中心/前瞻紅外線光源/偵測器及應用CHEE-WEE LIUMinistry of Education
2007優勢重點領域拔尖計畫/奈米科技研究中心/前瞻紅外線光源/偵測器及應用CHEE-WEE LIUMinistry of Education
2007長波長矽鍺金氧半光電元件(3/3)CHEE-WEE LIUMinistry of Science and Technology
2007先進CMOS元件及製程研究-子計畫四:遷移率增強技術(3/3)CHEE-WEE LIUMinistry of Science and Technology
2008優勢重點領域拔尖計畫/奈米科技研究中心/新穎紅外光元件及運用CHEE-WEE LIUMinistry of Education
2008四族光電元件:光偵測器、發光二極體、以及類雷射元件CHEE-WEE LIUMinistry of Science and Technology
2008後矽電子之增強技術-子計畫二:後矽電子之鍺錫通道及施應力技術CHEE-WEE LIUMinistry of Science and Technology
2009四族光電元件:光偵測器、發光二極體、以及類雷射元件CHEE-WEE LIUMinistry of Science and Technology
2009後矽電子之增強技術-子計畫二:後矽電子之鍺錫通道及施應力技術CHEE-WEE LIUMinistry of Science and Technology
2009矽鍺量子環光偵測器應用之研究CHEE-WEE LIUMinistry of Science and Technology
2009新穎紅外光元件及運用CHEE-WEE LIUMinistry of Education
2009新穎紅外光元件及運用CHEE-WEE LIUMinistry of Education
2010四族光電元件:光偵測器、發光二極體、以及類雷射元件CHEE-WEE LIUMinistry of Science and Technology
2010後矽電子之增強技術-子計畫二:後矽電子之鍺錫通道及施應力技術CHEE-WEE LIUMinistry of Science and Technology
2010矽鍺量子環光偵測器應用之研究CHEE-WEE LIUMinistry of Science and Technology
2010新穎紅外光元件及運用CHEE-WEE LIUMinistry of Education
2010子計畫二:新穎紅外光元件及運用CHEE-WEE LIUMinistry of Education
2011矽鍺量子環光偵測器應用之研究CHEE-WEE LIUMinistry of Science and Technology
2011先進CMOS元件之增強技術-子計畫四:高遷移率鍺互補式金氧半場效電晶體之應變研究與高介電值材料/金屬閘極整合技術CHEE-WEE LIUMinistry of Science and Technology
2011學研合作計畫-矽鍺奈米結構之元件應用及物理研究(1/3)CHEE-WEE LIUMinistry of Science and Technology
2011子計畫四:紅外光線之研發與矽光電元件、生物技術和癌症治療之應用CHEE-WEE LIUMinistry of Education
2012先進CMOS元件之增強技術-子計畫四:高遷移率鍺互補式金氧半場效電晶體之應變研究與高介電值材料/金屬閘極整合技術CHEE-WEE LIUMinistry of Science and Technology
2012學研合作計畫-矽鍺奈米結構之元件應用及物理研究(2/3)CHEE-WEE LIUMinistry of Science and Technology
2012優勢重點&#63924;域拔尖計畫【子計畫4-紅外光源之研發與矽光電元件、生物技術和癌症治&#63937;之應用】CHEE-WEE LIUMinistry of Education
2013先進CMOS元件之增強技術-子計畫四:高遷移率鍺互補式金氧半場效電晶體之應變研究與高介電值材料/金屬閘極整合技術CHEE-WEE LIUMinistry of Science and Technology
2013學研合作計畫-矽鍺奈米結構之元件應用及物理研究(3/3)CHEE-WEE LIUMinistry of Science and Technology
2014超薄通道過渡金屬硫化物電晶體增強技術CHEE-WEE LIUMinistry of Science and Technology
2014節能電晶體與記憶體技術-子計畫一:具備陡峭次臨界斜率之穿隧、負電容與壓電場效應電晶體CHEE-WEE LIUMinistry of Science and Technology
2015超薄通道過渡金屬硫化物電晶體增強技術CHEE-WEE LIUMinistry of Science and Technology
2015節能電晶體與記憶體技術-子計畫一:具備陡峭次臨界斜率之穿隧、負電容與壓電場效應電晶體CHEE-WEE LIUMinistry of Science and Technology
2016超薄通道過渡金屬硫化物電晶體增強技術CHEE-WEE LIUMinistry of Science and Technology
2016節能電晶體與記憶體技術-子計畫一:具備陡峭次臨界斜率之穿隧、負電容與壓電場效應電晶體CHEE-WEE LIUMinistry of Science and Technology
2017鍺基環繞式電晶體及其衍生架構之研究CHEE-WEE LIUMinistry of Science and Technology
2017高能源效率負電容電晶體與鐵電記憶體技術CHEE-WEE LIUMinistry of Science and Technology
2017基於SPICE模型之鰭式電晶體單元熱模擬(1/2)CHEE-WEE LIUMinistry of Science and Technology
2018鍺基環繞式電晶體及其衍生架構之研究CHEE-WEE LIUMinistry of Science and Technology
2018高能源效率負電容電晶體與鐵電記憶體技術CHEE-WEE LIUMinistry of Science and Technology
2019鍺基環繞式電晶體及其衍生架構之研究CHEE-WEE LIUMinistry of Science and Technology
2019高能源效率負電容電晶體與鐵電記憶體技術CHEE-WEE LIUMinistry of Science and Technology
2002可供四吋到八吋及破作晶圓鍵結之快熱製程機台CHEE-WEE LIUMinistry of Science and Technology
2006應用於矽/鍺奈米尺寸堆疊結構之表面與應力研究CHEE-WEE LIUMinistry of Science and Technology
2007應用於矽/鍺奈米尺寸堆疊結構之表面與應力研究CHEE-WEE LIUMinistry of Science and Technology
2008應用於矽/鍺奈米尺寸堆疊結構之表面與應力研究CHEE-WEE LIUMinistry of Science and Technology
2009科學工業園區固本精進研究計畫-薄膜太陽電池之元件模擬,製程,特性量測,最佳化與&#31311;定度研究CHEE-WEE LIUHsinchu Science Park Bureau, MOST
2010科學工業園區研發精進產學合作計畫—高效率薄膜太陽能電池材料特性量測、元件模擬、結構設計、製程開發與最佳化CHEE-WEE LIUCentral Taiwan Science Park Bureau, MOST
2009新型異質接面結構太陽能電池模擬設計、製作與量測CHEE-WEE LIUMinistry of Science and Technology
2011出席2011 Taiwan-US Air Force Nanoscience WorkshopCHEE-WEE LIUMinistry of Science and Technology
2012邀請赴南非出席Taiwan-South Africa Nanotechnology WorkshopCHEE-WEE LIUMinistry of Science and Technology
2010人力結構改善/電資學院/電子所/以四族元素材料及UHVCVD磊晶的方式來製作高效能矽鍺元件CHEE-WEE LIUMinistry of Education
2010台俄奈米光電與電子雙邊研討會CHEE-WEE LIUMinistry of Science and Technology
2010臺俄奈米光電與電子研討會CHEE-WEE LIUMinistry of Science and Technology
2003奈米光粒子合成、主動光閘晶體結構製作與應用-子計畫二:奈米粒子與光學晶體上之光電元件製作和研究(2/2)CHING-FUH LINMinistry of Science and Technology
2003極寬頻半導體光放大器(2/2)CHING-FUH LINMinistry of Science and Technology
2003間接能隙材料電激發光之研究(3/3)CHING-FUH LINMinistry of Science and Technology
2004奈米結構建製光子訊路系統(1/3)CHING-FUH LINMinistry of Science and Technology
2004利用奈米結構和光子晶體研製雷射和光源(1/3)CHING-FUH LINMinistry of Science and Technology
2005利用奈米結構和光子晶體研製雷射和光源(2/3)CHING-FUH LINMinistry of Science and Technology
2005奈米結構建製光子訊路系統(2/3)CHING-FUH LINMinistry of Science and Technology
2006利用奈米結構和光子晶體研製雷射和光源(3/3)CHING-FUH LINMinistry of Science and Technology
2006奈米結構建製光子訊路系統(3/3)CHING-FUH LINMinistry of Science and Technology
2007矽基光電元件CHING-FUH LINMinistry of Science and Technology
2007有機無機混成薄膜太陽能電池: 提高功率轉換效率之材料與元件特性研究(1/3)CHING-FUH LINMinistry of Science and Technology
2008矽基光電元件CHING-FUH LINMinistry of Science and Technology
2008奈米半導體結構及有機合成薄膜光電元件CHING-FUH LINMinistry of Science and Technology