研究興趣
1. 智慧型信息處理
2. 腦機接口技術
3. 智慧型控制理論與套用
在研課題
1. “基於MI-EEGs增強手部運動皮層區激活強度的閉環康複方法”,北京市自然科學基金項目,項目負責人<?/span>
2. “運動神經網路的可塑性建模”,北京市優秀人才項目,項目負責人
3. “基於運動想像腦電信號的主動式肢體康復關鍵技術研究”,北京市教委面上項目,項目負責人
4. “面向手部運動功能康復的腦電信號獲取與識別方法”,北京工業大學基礎研究基金,項目負責人
科研成果
論文情況
[1]Mingai Li,Yan Cui, Jinfu Yang. Automatic Removal of Ocular Artifact from EEG with DWT and ICA Method. Applied Mathematics & Information Sciences,7(2) :809-816,2013
[2]Mingai Li, Naigong Yu, Junfiei Qiao and Xiaogang Ruan. Infinite-horizon Optimal Control Based on Continuous-time Continuous-state Hopfield Neural Networks, International Journal of Wavelets, Multiresolution and Information Processing, 4(4): 707-720, 2006
[3]Li Mingai, Ma Jianyong, Yang Jinfu. An Adaptive Optimal Frequency Band Extraction Method for EEG under Flexion and Extension Imagery Tasks of Index Finger. International Journal of Digital Content Technology and its Applications, 6(20): 1-12, 2012
[4]Li Mingai, Li Xiang,Yang Jinfu and Hao Dongmei. Automatic recognition and removal of ocular artifacts with ICA algorithm, International Journal of Digital Content Technology and its Applications,7(9):287-296,2013
[5]李明愛,崔燕,楊金福. 腦電信號中眼電偽跡去除方法的研究,電子學報,41(6):1207-1213, 2013
[6]李明愛,崔燕,楊金福,郝冬梅. 基於HHT和CSSD的多域融合自適應腦電特徵提取方法,電子學報,41(11), 2013
[7]李明愛,阮曉鋼.基於連續Hopfield網路的多變數時變系統最優控制,控制與決策,20(9): 1038-1042, 2005
[8]李明愛, 喬俊飛,阮曉鋼.用改進的差分式Hopfield網路實現線性二次型最優控制,控制理論與套用,22(5): 837-842, 2005
[9]李明愛,喬俊飛,阮曉鋼. 基於遞歸神經網路的移動域控制方法,控制與決策,21(8): 918-922, 2006
[10]李明愛,喬俊飛,阮曉鋼.用連續Hopfeild網路實現無限域上的最優控制,控制理論與套用,23(4): 640-644, 2006
[11]李明愛,馬建勇,楊金福. 基於小波包和熵準則的最優頻段提取方法,儀器儀表學報,33(8):6683-6690, 2012
[12]李明愛,王蕊,郝冬梅。基於神經網路集成技術的運動想像腦電識別方法,北京工業大學學報,37(3):347-352,2011
[13]李明愛,劉淨瑜,郝冬梅。基於改進CSP算法的運動想像腦電信號識別方法,中國生物醫學工程學報,28(2):136-140, 2009
[14]李明愛,王蕊,郝冬梅。想像左右手運動的腦電特徵提取及分類研究,中國生物醫學工程學報,28(2):130-135,2009
[15]李明愛,張方堃,劉雷,郝冬梅。基於B樣條小波變換的視覺誘發電位的識別方法,中國生物醫學工程學報,29(3):353-357,2010
[16]李明愛,張誠,楊金福。一種基於ICA的腦波疲勞狀態判斷方法,北京生物醫學工程學報,30(1):57-61,2011
[17]李明愛,焦利芳,郝冬梅,喬俊飛. 基於多個並行CMAC神經網路的強化學習方法,系統仿真學報,20(24):6683-6685,2008
[18]李明愛,阮曉鋼.基於連續型Hopfeild網路的最優控制方法, 北京工業大學學報,30(1) : 27-30, 2004.
[18]李明愛,陸嬋嬋. 基於改進CSSD的腦電特徵提取方法。北京工業大學學報,39(7):1021-1028,2013
[20]李明愛,李驤,楊金福,郝冬梅.基於小波包法與CSSD的P300特徵提取方法。北京工業大學學報,2013
[21]李明愛,焦利芳. 自平衡兩輪機器人的分層模糊控制,控制工程,16(1):80-82, 2009
[22]李明愛,焦利芳. 用基於CMAC 的Q學習方法實現機器人的平衡控制,中國控制與決策會議,中國, 大連. July 2-4, 2008: 2668-2672
[23]李明愛,楊林豹,楊金福. 具有線上自學習能力的腦電信號分類方法,計算機測量與控制,19(11):2763-2765, 2011
[24]李明愛,林琳,楊金福. 基於小波包最優基的運動想像EEG自適應特徵提取方法. 計算機測量與控制,19(11): 2755-2758, 2011
[25]李明愛,阮曉鋼.直線倒立擺的雙閉環選擇型模糊控制系統設計及仿真,計算機仿真,22 (1): 201-203, 2005
[26]李明愛,喬俊飛,阮曉鋼.基於離散Hopfield網路的移動域控制策略及套用,計算機仿真,24(3): 299-302, 2007
[27]Mingai Li, Xiaogang Ruan. Optimal Control with Continuous Hopfield Neural Network,Proceedings of the 2003 IEEE International Conference on Robotics, Intelligent Systems and Signal Processing, Changsha, China, 2003,Oct. 9-13: 758-762
[28]Mingai Li, Xiaogang Ruan. Dynamic Tracking Optimization by Continuous Hopfield Neural Network,2004 World Congress on Intelligent Control and Automation, Hangzhou, China, 2004, Jun. 15-19: 2598-2602
[29]Mingai Li, Naigong Yu, Xiaogang Ruan and Junfiei Qiao. Infinite-horizon Optimal Control with Continuous-time, Continuous-state Hopfield Neural Networks, 2005 International Conference Intelligent Computing, Hefei, China, 2005, Sep., 26-29: 1904-1913
[30]Ming-ai Li, Jun-fei Qiao and Xiao-gang Ruan. A Modified Difference Hopfield Neural Network and Its Application, 2006 World Congress on Intelligent Control and Automation, Dalian, China, 2006, June. 21-23: 2695-2699
[31]LI Ming-Ai, LIU Jing-Yu HAO Dong-Mei YANG Jin-Fu. An Improved CSP Algorithm and Application in Motor Imagery Recognition. 2009 Fifth International Conference on Natural Computation. Tianjin, China, Aug. 14-16, V2:114-117,2009: 1967-1972
[32]LI Ming-Ai WANG Rui HAO Dong-Mei YANG Jin-Fu. Feature Extraction and Classification of Mental EEG for Motor Imagery. 2009 Fifth International Conference on Natural Computation. Tianjin, China, Aug. 2:v 2:139-143, 2009
[33]Mingai Li, Jinfu Yang, Songmin Jia. ECoG Recognition of Motor Imagery Based on SVM Ensemble.2009 IEEE International Conference on Robotics and Biomimetics (ROBIO 2009). Guilin, Guangxi, China, 2009, December 19-23:1967-1972
[34]Mingai Li, Fangkun Zhan, Jinfu Yang. The Feature Extraction and Recognition of Transient VEP Based on Wavelet Transform. 2010 iCBECS, Wuhan, China, April. 23-25 : 668-671, 2010
[35]Mingai Li, Cheng Zhang, Jinfu Yang. An EEG-based method for detecting drowsy driving state.2010 FSKD. Yantai, China, Aug. 10-12, 2010: 2164-2167
[36]Li Mingai, Yang Linbao, Yang Jinfu. Separation of EOG Artifacts from EEG Signals using Hibert Transform. 2011 ICEICE, Wuhan, China, Apr. 14-17, 2011: 4453-4456
[37]Li Mingai, Lin Lin, Yang Jinfu. Adaptive Feature Extraction of Four - Class Motor Imagery EEG Based on Best Basis of Wavelet Packet and CSP. 2011 ICEICE, Wuhan, China, Apr. 14-17, 2011: 3918-3912
[38]Mingai Li, Jianyong Ma and Songmin Jia. Optimal Combination of Channels Selection Based on Common Spatial Pattern Algorithm. 2011 ICMA, Beijing, China, Aug, 7-10, 2011: 295-300
[39]Mingai Li, Lin Lin and Songmin Jia. Multi-Class Imagery EEG Recognition Based on Adaptive Subject-Based Feature Extraction and SVM-BP Classifier. 2011 ICMA, Beijing, China, Aug, 7-10, 2011: 1184-1189
[40]Mingai Li, Chanchan Lu. The Recognition of EEG With CSSD and SVM, The 10th World Congress on Intelligent Control and Automation (WCICA 2012) , Beijing, China, July 6 to 8, 2012:4717-4746
專利情況
[1]李明愛,劉淨瑜,王蕊,喬俊飛等. 想像單側肢體運動的腦電特徵的提取方法, 發明專利, ZL200810056839
[2]李明愛,王 蕊,劉淨瑜等。基於小波變換和BP神經網路的腦電特徵提取方法,發明專利,ZL200810056838.7
[3]李明愛,張方堃,張誠,阮曉鋼等. 基於瞬態視覺誘發腦電的目標選擇方法, 發明專利, ZL200910081432.9
[4]李明愛,楊林豹,林琳,楊金福等. 一種自適應腦電信號中眼電偽跡的自動去除方法,發明專利, ZL201010178035.6
[5]李明愛,張誠,張方堃,楊金福等. 依據腦電信號判定疲勞狀態的方法, 發明專利, ZL2009010088914.7
[6]李明愛,馬建勇,陸嬋嬋等. 腦機接口的最優電極組自動選取方法,發明專利,ZL201010619660.X
[7]李明愛,陸嬋嬋,馬建勇,楊金福等. 一種基於小訓練樣本的腦電信號特徵提取方法, 發明專利, ZL201110274365.X
[8]李明愛,崔燕,李驤,楊金福,郝冬梅等。一種快速的腦電信號中眼電偽跡自動識別和去除的方法,發明專利,ZL201210135556.2
[9]李明愛,李驤,張譯帆,崔燕等. 一種無需設定閾值的腦電信號中眼電偽跡自動去除的方法,發明專利,ZL201210331193.X
軟體著作權
[1]李明愛,崔燕。面向上肢運動功能康復的EEG採集軟體V1.0,國家軟體著作權
[2]李明愛,崔燕。基於MI-BCI的手臂運動功能線上康復系統軟體V1.0,國家軟體著作權
[3]李明愛,張誠,崔燕。基於腦電信號的疲勞駕駛檢測軟體V1.0,國家軟體著作權
[4]李明愛。數位訊號處理網路學堂軟體V1.0,國家軟體著作權.