Projects
(Principal Investigator)



Results 1-52 of 52 (Search time: 0.003 seconds).

Start DateTitleP-InvestigatorFunding Organization/經費來源
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
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
2019邁向新世代1.6兆位元矽光子平台光收發模組之研究-邁向新世代1.6兆位元矽光子平台光收發模組之研究(2/4)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 LINHigher Education Sprout Project
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
2018邁向新世代1.6兆位元矽光子平台光收發模組之研究-邁向新世代1.6兆位元矽光子平台光收發模組之研究(1/4)GONG-RU LINMinistry of Science and Technology
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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
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